Top Computer Numerical Controller Machinist Skills

Below we've compiled a list of the most important skills for a Computer Numerical Controller Machinist. We ranked the top skills based on the percentage of Computer Numerical Controller Machinist resumes they appeared on. For example, 17.5% of Computer Numerical Controller Machinist resumes contained Inspect Parts as a skill. Let's find out what skills a Computer Numerical Controller Machinist actually needs in order to be successful in the workplace.

The six most common skills found on Computer Numerical Controller Machinist resumes in 2020. Read below to see the full list.

1. Inspect Parts

high Demand
Here's how Inspect Parts is used in Computer Numerical Controller Machinist jobs:
  • Inspect parts to ensure manufactured items meets customer requirements.
  • Use precision measuring equipment, blueprints, shop drawings, material specifications, work orders and shop math to inspect parts.
  • Load parts, adjust offsets, change tools, inspect parts accurately, and complete daily SPC forms, first articles.
  • Operate machines, inspect parts, change and adjust tools, adjust offsets, drove fork truck, trained new employees.
  • Inspect parts using various inspection equipment such as micrometer, pin mic, eye loop, caliper, indicators, etc.
  • Load and unload trucks and determine where product was going to apply proper shipping procedures, inspect parts for defects.
  • Operate CNC machinery, drive fork lift, inspect parts, packaging, and keep work area and machinery clean.
  • Operate Multiple Machines, perform daily maintenance on machines, audit and inspect parts, also wash and clean parts.
  • Set up jobs, inspect parts to ensure they match the print for what customers ask for, shop safety
  • Used calipers, micrometers, depth gauges, dial indicators, and other instrumentation to test and inspect parts.
  • Used measuring and inspection equipment, and inspect parts accurately to the ten-thousandths (0.0001) of an inch.
  • Use measuring equipment such as mics, calipers, i.d mics, depth mics and indicators to inspect parts.
  • Inspect parts as they come off of the machines and make any edits to the program as necessary.
  • Inspect parts to blue print specs using precision measuring instruments such as calipers, micrometers, and indicators.
  • Certified to quality inspect parts according to specifications given such as, Cosmetic Specs and Workmanship Standards.
  • Set up machine, made parts from print, alter program as needed, and inspect parts.
  • Job Duties: Operate and inspect parts coming off machine and holding tolerances within plus or minus .005-.001
  • Used Shadow graphs, Microscopes, and other inspection equipment to inspect parts and insure quality.
  • Inspect parts to meet customer spec, edit and write programs to process parts as required.
  • Inspect parts and identify those with defects such as blow holes, gouges and foreign matter.

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2. Lathe Machines

high Demand
Here's how Lathe Machines is used in Computer Numerical Controller Machinist jobs:
  • Assisted co-worker operated on lathe machines and precision measurement tools.
  • Operate CNC milling machines, operate and set-up lathe machines, lathe programming, inspect parts for quality assurance, packaging/shipping.
  • Operate Mill and Lathe machines and made sure that all parts coming out the machines are correct in dimensions.
  • Set up and operate 4 axis G and M code or Conversational programming on CNC mills and lathe machines.
  • Set up and ran CNC Lathe machines for first article to prove out program and set up instructions.
  • Set up CNC lathe machines for new hires/inexperience employees, supervise and inspect their parts as well.
  • Selected tools, hold fixtures, and needed accessories to operate and maintain CNC Lathe machines.
  • Performed routine maintenance on lathe machines, including changing, cleaning, sharpening tools and attachments.
  • Operated conventional mill and conventional lathe machines, cold saw, spot-welding & MIG& TIG.
  • Set up, operate, and minor program adjustments on CNC Milling and Lathe machines.
  • Remove large amounts of tool steel on lathe machines using carbide tip cutting tools.
  • Set up and operation of single lathe machines, ID/OD and surface grinders.
  • Set up and operate large 4 and 5 axis CNC Lathe Machines.
  • Experience with 5 axis milling Horizontal, Vertical and Lathe machines.
  • Set up Lathe Machines and program edit, use Canned Cycle.
  • Program, Setup, and Operate CNC Lathe machines for aerospace.
  • Program, and operate on, CNC mill and lathe machines.
  • Set up and operate CNC lathe machines on new projects.
  • Operated and maintained hundred thousand dollar mill and lathe machines.
  • Operate surface grander machines and manual mill and lathe machines.

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3. Set Up

high Demand
Here's how Set Up is used in Computer Numerical Controller Machinist jobs:
  • Set up and operated conventional, special-purpose and numerical control machines and machining centers to fabricate metallic and nonmetallic parts.
  • Set up and operated centering and edging equipment to finish material to proper diameter within specific tolerances.
  • Dissected blueprints and dimensional specifications to set up equipment to meet process specifications.
  • Set up CNC Lathe according to print and program package, and setup correct tooling for machining part and machine efficiently.
  • Machine and tool set up, pulled jigs, Write and edit machine programs; proficient in G & M coding.
  • Write, program, set up and run Tree/Brother vertical mill using conversational G Codes as well as standard G Codes.
  • Set up and operated a diverse range of machines and made a very diverse range in size and metal parts.
  • Developed blueprints for new production, wrote initial program, set up, dry ran program and initiated production run.
  • Programmed and set up CNC vertical mills, and lathes, and other various machine shop equipment as per blueprint.
  • Set Up/Manual Grind: Setup manual grinders to grind all features that cannot be ground on CNC machine.
  • Job Duties: Set up and run CNC Mills, and inspection Reason for leaving: Better job offer.
  • Set up, program and perform all the processes needed to ensure accurate coding and operation of CNC machines.
  • Set up and operate CNC router shop foreman Designed and built the system and fixtures to produce the S-series guitars
  • Set up and run all conventional mills, lathes, drill presses, band saws, and surface grinders.
  • Program, set up, and run production circuit boards after first article meets tolerances (+/- .003).
  • Set up and operated machines on trial run to verify accuracy of machine settings and programmed control data.
  • Set up and operated a number of CNC machines and manufacturing work pieces based off of blueprint specifications.
  • Set up & calibrated equipment, Read & interpret indications, and evaluated them with reference to specifications.
  • Set up and operate production machines including lathes, milling machines, saws, core drills and grinders.
  • Edit program, run, and set up CNC vertical lathes to machine a variety of parts.

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4. Computer Numerical Control Machines

high Demand
Here's how Computer Numerical Control Machines is used in Computer Numerical Controller Machinist jobs:
  • Set up and operated conventional, special-purpose and computer numerical control machines and machining centers.
  • Operate computer numerical control machines to fabricate parts.
  • Certified in programming computer numerical control machines by the Mazurka programming school in Atlanta, Ga.
  • Qualified in general maintenance of computer numerical control machines, mills and lathes.
  • Set up Computer Numerical Control machines Inspected product Communicated with manager to improve quality of product
  • Operate and manage the Computer Numerical Control machines Read blueprints for products then begin reproduction Inspect products to ensure quality before production

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5. Fanuc

high Demand
Here's how Fanuc is used in Computer Numerical Controller Machinist jobs:
  • Downloaded and edited various programs using FANUC control, working with G and M code programming.
  • Operated equipment including Haas Mills, FANUC Mills and lathes, and manual machinery.
  • Experience with FANUC controller Basic knowledge on the Bridgeport.
  • Set up and operated FANUC CNC HAAS machines.
  • Experienced with FANUC and HAAS controls.
  • Operated FANUC controlled vertical milling centers.
  • Experience operating with FANUC controls.
  • Operated two DAEWOOD Diamond Series DMV 4020s milling machines (4 axis & 5 axis) with FANUC Series 18i-M controllers.
  • Operated CNC mills and lathes, both FANUC and MAZAC controls.
  • Read, Edit & understand FANUC programs.
  • Operate CNC Lathe with FANUC controls.
  • Manipulated programs when necessary using Fanuc control systems.
  • Operated Fanuc controlled Toshiba Vertical Turret Lathes.
  • Operated Fanuc and Cincinnati-Millicron CNC controllers.
  • Load programs, set up, edit and run a G&L Mag Horizontal Boring Mill with Fanuc 30i control.
  • Set up and operated on CNC mill and CNC Turning with Fanuc control, tool dimension measuring, and edited program.
  • Set up, edit, and operate 3, 4, & 5-axis CNC routers using Fanuc and Allen Bradley controls.
  • Set up, proving out new programs, and operation of a Mori-Seki NL2500 (Fanuc - OI Controller).
  • Operated G&L and Monarch 4axis machining centers and lathes with Fanuc11M, 15M, 16M, and32c controls.
  • Type of machines worked on were FANUC controls In charge of 5S my work area along with surrounding areas.

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6. Mazak

high Demand
Here's how Mazak is used in Computer Numerical Controller Machinist jobs:
  • Attended a three-day vendor training class for MAZAK Lathes to include setup and programming of the machine.
  • Work with HAAS and MAZAK CNC Machines, as well as mills and lathes.
  • Programmed MAZAK numerical control machines Fabrication and Welding of steel members
  • Program setup and operate Mazak machinery.
  • Selected, aligned and secured holding fixtures, cutting tools, attachments, accessories and materials on Mazak Machines.
  • Perform setup, program editing, and operation of CNC vertical mills, and Mazak Multiplex setup and operation.
  • Pull work orders, Setup, Program and Machine parts to print on Mazak Horizontal and vertical mills.
  • Programmed, set up and operated two (2) Mazak vertical mills with a pallet changer.
  • Manufactured cutter pliers and long nose pliers using the Mazak Vertical machine and Haas VF2 machine.
  • Set up, program Mazak machining centers to produce parts for local companies (Job Shop)
  • Started learning how to program on Mazak and would like to learn more about programming.
  • Set up and operated 3 and 5 axis Mazak horizontal and vertical CNC milling machines.
  • Manufacture and machine parts from start to finish using Mazak CNC lathes and Haas mills.
  • Program, setup, and operate Swiss Screw, Star, Mazak and Citizen Machines.
  • Oversee all machining operations on several Mazak H-500-50N horizontal machining centers and Cincinnati CNC lathes.
  • Program, setup, & run Mazak 250MS/Nexus 250 machines for myself and others.
  • Work with team leads, maintenance staff and Mazak technicians to resolve machine problems.
  • Experience running a wide variety of Mazak lathes and experience doing mill work.
  • Set up, program & operate short run jobs on Mazak CNC mills.
  • Program, set-up and operate multiple axis Mazak CNC lathes with live tooling.

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7. Micrometers

high Demand
Here's how Micrometers is used in Computer Numerical Controller Machinist jobs:
  • Measure and examine completed parts to ensure conformance to specifications using precision instruments, such as micrometers.
  • Perform quality control procedures utilizing high precision measuring devices such as OD micrometers and dial calipers.
  • Maintained quality control by following customer specifications along with blueprints using micrometers and calipers.
  • Verify dimensions of parts machined using micrometers, calipers and other precision measuring instruments.
  • Verify conformance of work to specification using preset gauges and micrometers.
  • Completed daily measurements using hand micrometers and calipers on production parts.
  • Checked and tested finish product to specification using micrometers calipers.
  • Used precision measuring equipment such as calipers and micrometers.
  • Maintained specifications utilizing blueprints, micrometers & calipers.
  • Performed inspections on parts using micrometers and calipers.
  • Inspected and measured tolerances using micrometers and calipers.
  • Read micrometers and other similar precision measuring instruments.
  • Use micrometers and other precision measuring equipment.
  • Verify part dimensions using micrometers or calipers.
  • Formulated offsets with micrometers & calipers.
  • Used calipers, micrometers, dial & depth gauges, & go/no-go gauges to check & maintain tolerance on various parts.
  • Inspect parts using calipers, micrometers, mm, pin gauges and or any other measuring tools needed to check parts.
  • Gauge parts to insure compliance to operational sketches and part prints; gauges used: mechanical scales, calipers and micrometers.
  • Performed quality control on manufactured parts using blueprints and measurement instruments (micrometers, calipers, pins, indicators).
  • Trained to run manual and automatic lathes and mills using micrometers, calipers and other instruments to check part dimensions.

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8. Operate Computer Numerical Control

high Demand
Here's how Operate Computer Numerical Control is used in Computer Numerical Controller Machinist jobs:
  • Operate computer numerical controlled work cells.
  • Prepare, program, and operate computer numerical control machine to produce machined components.

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9. Okuma

high Demand
Here's how Okuma is used in Computer Numerical Controller Machinist jobs:
  • Programmed, set-up, and operated OKUMA LU-15M CNC lathe using OSP-U100L control with live tooling.
  • Perform multiple wheel machine setups, and operation of OKUMA CNC Angle Grinder (GA-47F).
  • Program, Set-up and operate CNC Mills and Lathes equipped with FANUC and OKUMA controls.
  • Programmed, set-up, and operated OKUMA LR-25 CNC lathe with OSP5000L-G control.
  • Set up OKUMA LATHES machines to produce product according to blueprints.
  • Experience in operating both OKK and OKUMA CNC Machines.
  • Fabricated Oilfield tooling on OKUMA CNC lathe.
  • Run production on OKUMA horizontal milling center.
  • Program OKUMA and BROTHERS Milling Machines.
  • Operated SNK, OKUMA, OKK, SK33, KOMO and several other machines.
  • Worked with CNC Lathe (HASS and OKUMA).
  • Own set-ups CNC OKUMA Milling machines.
  • Operated an OKUMA LB15 CNC Lathe.
  • Programmed and setup Mori-Seki and Okuma horizontal mills.
  • Maintained strict compliance with safety policies while setting up and operating Okuma CNC lathe to produce medical implant parts made of titanium
  • Performed advanced changes, adjustments, Full set-up tooling and fixtures on a CNC Lathe & horizontal mill, Okuma machine.
  • Program, set up, and operate Star Swiss Turn, Haas, and Okuma lathes in making medical parts.
  • Maintained and adjusted machine programs and programming to insure tolerances of up to .0005 on Okuma Citizen Lathes.
  • Program and operate 3, 4 and 5 axis Okuma and Haas mills to run production parts.
  • Programmed, Setup, Ran, and Maintained 2 Okuma CNC lathes in low volume job shop.

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10. Safety Procedures

high Demand
Here's how Safety Procedures is used in Computer Numerical Controller Machinist jobs:
  • Insured proper operation of tools and machinery by adhering to safety procedures and regulations.
  • Maintained my area and conducted safe operations by adhering to safety procedures
  • Maintain safe operations by adhering to safety procedures and regulations.
  • Comply to and enforce company specific safety procedures and regulations.
  • Assisted EHS Director in implementing safety procedures and protocol.
  • Followed safety procedures when working with hazardous materials.
  • Adhered to safety procedures and regulations.
  • Maintain high awareness of safety procedures.
  • Comply with safety procedures and company policies
  • Produced variety of high precision parts with tight tolerances * Knowledgeable of mechanics and safety procedures, reading blueprint and specifications.
  • Set up safety procedures, initiated Kan Ban system, reduced department spending and increased monthly output by 58%.
  • Maintained the work area and equipment in a clean, orderly condition and followed prescribed safety procedures.
  • Provided training for new machinists in technical processes, custom machining technique, and safety procedures.
  • Train and assist employee's in machine shop skills and safety procedures.
  • Make sure employees abide by safety procedures and produce quality parts efficiently.
  • Perform daily job's duties and keep working area followed safety procedures.
  • Perform all work in accordance with established standards and safety procedures.
  • Maintained a clean working area while adhering to all safety procedures.
  • Maintain 5s Policy and other safety procedures throughout shift.
  • Trained employees on shop processes and safety procedures.

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11. Cam

high Demand
Here's how Cam is used in Computer Numerical Controller Machinist jobs:
  • Develop new projects on manufacturing floor utilizing MasterCam X8 solid modeling and recommend corrections and improvements for accuracy of processes.
  • Championed and introduced process improvement using CAM completely automating the manufacture of 2 components.
  • Designed company website, takeaway literature and print advertising campaigns.
  • Limited training with MasterCam programming.
  • Saved Cameron Valves $1,500 in tooling by catching an error in the programs that was going to crash the machine.
  • Programmed with Master cam and Solid works on upper and lower die shoes as well as pads, risers and retainers.
  • Programmed using Master Cam on all types of parts from blue prints in a research and development atmosphere for engineering dept.
  • Introduced CNC machining to this company, learned the cam software, as well as the machine on my own.
  • Hand finisher Duties: My position as hand finisher was to sand/finish milled parts that came off of the mills.
  • Set up and operate CNC Mills and Lathes, Programming in MasterCam, also held tolerances according to print.
  • Programmed, set up & operated High Speed CNC VMC's using Prospector, a shop floor CAM system.
  • Generate program from master cam load to the lathe if no program then we would need to write one.
  • Program using Gibbs Cam, setup, and machine precision 3D parts on CNC lathes and mills.
  • Program and operate Cincinnati, Lamb, Saber, Arrow and Haas VF6 mills using Gibbs CAM.
  • Train and lead night shift machinists while programming with GibbsCam, and setting up new jobs.
  • Program parts using Gibbs cam, setup and operate, CNC mill, Haas Lathe.
  • Write new programs and edit old programs to conform to current specifications, using MasterCam3.
  • Program, setup and operate Toshiba Vertical Machining Center with 4th axis using Gibbs Cam.
  • Worked with SmartCam software for computer generated tool path for both turning and milling applications.
  • Assist in training of junior machinists for setup, operation, and CAM/manual programming.

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12. Machine Operation

high Demand
Here's how Machine Operation is used in Computer Numerical Controller Machinist jobs:
  • Followed standards and procedures to maintain safe work environment; conducted safety meetings to ensure machine operation safety.
  • Observed machine operation to detect malfunctions or out-of-tolerance machining and adjusted machine controls or control media as required.
  • Observe machine operation to verify accuracy of machine settings and to detect malfunctions or out of-tolerance machining.
  • Perform test-runs and observe machine operation to verify proper operation and accuracy of the machining operations.
  • Interpreted and understood manufacturing procedures in order to properly perform the machine operations.
  • Machine operation and fabrication of high-pressured directional valves and customer designed manifolds.
  • Started and observed machine operations to detect malfunctions and out-of-tolerance machining.
  • Started machine and monitored displays and machine operations to detect malfunctions.
  • Perform machine operation involving monitoring and controlling stable system conditions.
  • Adjusted input of computer systems for accuracy of machine operation.
  • Gained machine operation experience by participating in junior machinist program.
  • Start and monitor machine operation and record operational data.
  • Machine operation, forklift operation, member of Safety Committee
  • Evaluated program blueprints to outline machine operations and dimensions.
  • Observed machine operations to verify accuracy of machine settings.
  • Monitored equipment and/or machine operations to prevent malfunctions.
  • Indicate work material before machine operations.
  • Trained associates on machine operations.
  • Set up all tooling and machine operations for 4 axis horizontal CNC milling of aluminum chambers used in plasma etching technologies.
  • Start and observe machine operation to detect any malfunctions or out of tolerance machining and adjust the machine controls as necessary.

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13. Aerospace

high Demand
Here's how Aerospace is used in Computer Numerical Controller Machinist jobs:
  • Obtained experience working on parts for medical instrumentation and implantation, as well as fuel systems/automotive components and aerospace defense products.
  • Operate vertical and horizontal milling machines to manufacture a multitude of detailed parts, including aerospace production.
  • Assemble and test a variety of mechanical components in an aerospace manufacturing environment utilizing mechanical skills.
  • Produce and making parts for aerospace, semi-conductor, medical, telecommunications and military.
  • Programmed fuel components for the aerospace industry along with production medical instrumentation.
  • Operated two 5-axis mills in production of complex titanium aerospace structural components.
  • Manufactured roller bearings for aerospace, robotics and other industrial applications.
  • Machined Aerospace development parts and production dies for stamping operations.
  • Machined parts for use in Medical Instrument and Aerospace-satellites.
  • Manufactured/programmed the first parts for the initial aerospace certification.
  • Manufactured aerospace, military, and commercial thermal products.
  • Maintained tight tolerances necessary for Aerospace and Defense industries.
  • Produced aerospace components for military and commercial applications.
  • Worked in Aerospace division machining aerospace components.
  • Machine very complex aerospace parts to specifications.
  • Specialize in medical and aerospace components manufacturing.
  • Machined and assembled Aerospace fixtures and components.
  • Machined medical, oil company and aerospace products
  • Have close tolerance aerospace manufacturing experience.
  • Machine different composites for aerospace industry.

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14. Mori Seiki

high Demand
Here's how Mori Seiki is used in Computer Numerical Controller Machinist jobs:
  • Worked on a twin spindle mill turn MORI SEIKI and OKUMA lathes.
  • Machine experience Mori SeikiDuties:*Setting up 5 axis Mills*Some Cam programming experience
  • Experience: MORI SEIKI 4000 and 6300 4 axis, HAAS GH15, Lead Well V 50, HAAS V 40.
  • Set up AKUMA and MORI SEIKIs 4 axis twin turrets with four side and double spindle.
  • Received on-line training and certificate from Mori Seiki University.
  • Operate multiple pallet horizontal Mori Seiki machining centers.
  • Operated and maintained Mori Seiki machining center.
  • Operate Mori Seiki horizontal milling centers.
  • Performed the set-up and operation of Haas and Mori Seiki 3, 4, & 5 axis Vertical CNC Milling machines.
  • Machined parts in the aerospace industry* Set up and ran precision accurate parts* Ran Haas-SL-30 and Mori Seiki NLX machines Experience
  • Program, set up, edit, operate CNC Mori Seiki three, four, five axis vertical mills.
  • Performed machinist duties using a variety of machines, including the Mori Seiki and horizontal/vertical axis machines.
  • Produced parts by programming, setting up, and operating a CNC milling and Mori Seiki lathe.
  • Job duties included operating, setting up Mori Seiki NL Lathes with a MSX-850 and 850III Controller.
  • Set up and ran CNC Mori Seiki Lathe, installed tools and made changes in programs.
  • Experience setting up Mori Seiki CNC lathes and Fortune CNC V-turn lathes, familiar with mills.
  • Set up, ran and adjusted programming (g code) on 2 mori seiki lathes.
  • Operate and set up Mori seiki machine centers do own offset check parts with measuring equipment
  • Assisted in implementing $2.5m Mori Seiki LPS (Pallet Pool System) system.
  • Operate Haas and Mori Seiki CNC Lathes to produce various components for pipe fittings.

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15. Aluminum

average Demand
Here's how Aluminum is used in Computer Numerical Controller Machinist jobs:
  • Machined Polaris aluminum bearing carriers to specific dimensions according to the customer requirements and tolerance needs.
  • Performed polishing on recently fabricated aluminum components for Aerospace and Military systems and components.
  • Position required transformation of raw aircraft aluminum to finished product, including assembly.
  • Performed close tolerance finish machining of high performance forged aluminum pistons.
  • Check list Accomplishments Redesign engineered trough system for pouring Molten aluminum.
  • Arranged job operations for fabricating cast iron and aluminum materials.
  • Operated press and injection molding machine using aluminum fixtures.
  • Assist with assembly of cabinets and other aluminum products produced
  • Helped implement new processes for machining complex aluminum forgings.
  • Close tolerance machining of aluminum commercial truck components.
  • Operated production machines that fabricated small aluminum parts.
  • Supervised safely maintaining shipping and receiving aluminum rims.
  • Machined products from Titanium and Aluminum material.
  • Process steel and aluminum according to specifications.
  • Specialized in aluminum with close tolerances.
  • Machined various parts from aluminum extrusion.
  • Blueprint reading, create simple programs, trouble shooting, working with aluminum, brass, titanium, plastic and stainless.
  • Utilized aluminum to produce aircraft engine blades, took part in making cavity for the blades (outer guide vanes).
  • Operated various machines such as drill press, lathe and CNC machines cutting various metals such as aluminum and brass.
  • Calculated where to cut, bore and shape aluminum, steel, titanium, plastic, silicon and other materials.

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16. CMM

average Demand
Here's how CMM is used in Computer Numerical Controller Machinist jobs:
  • Performed quality assurance checks and operated CMM measuring device.
  • Measure parts using specialized hand tools or CMM robot arm to make sure parts are within tolerance according to blueprints.
  • Moved in to the Inspection Department and learned to operate the CMM equipment and to layout raw castings and materials.
  • Inspect machined parts using precision measuring tools: calipers, micrometers, gauge pins, height gauge, and CMM.
  • Utilize measuring equipment such as Micrometers, Calipers, and CMM to insure the product was with in given tolerance.
  • Run CMM to measure parts and make size adjustments as needed and run CNC machines when loader goes on break/lunch
  • Operated various types of measuring equipment including calipers, micrometers, veneers, bore gauges, and CMM machines.
  • Experienced working with Calipers, Micrometers, Indicators CMM Machine and depth gauges to measure critical product specification.
  • Inspect the parts made on my shift with CMM and other precision measuring instruments in accordance to blueprints.
  • Specialized in CNC Lathe machine, also experience with VMC, HMC, Vertical Lathe, CMM etc.
  • Inspect completed parts on Brown & Sharp CMM/Global/PFX/OGP/Reflex inspection tools, as well as other machine shop tasks.
  • Performed part inspections with CMM equipment, micrometers, calipers, bore gauges, thread pitch gauges.
  • Conducted in-process and final inspection using CMM, micrometers, and calipers among various other measuring tools.
  • Analyzed CMM point cloud data to find discrepancies in fixtures from wear of tooling or cutter deflection.
  • Check parts on CMM (Coordinate Measuring Machine) and make necessary changes to produce quality parts.
  • Perform Laser Alignment Shoots, and Write Detailed Reports, with (Faro) CMM Laser.
  • Inspect parts with calipers, micrometers, dial indicators, bore gauges, and a CMM.
  • Use drop gauges, thread gauges, CMM and video measuring systems and other typical measuring tools
  • Cut check fixtures that were qualified by CMM and made foam patterns for casting the tools.
  • Inspected and measured the parts using CMM's and other various tools such as calibers.

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17. Fadal

average Demand
Here's how Fadal is used in Computer Numerical Controller Machinist jobs:
  • Set up and operate OKUMA, FADAL VERTICAL MACHINING CENTERS -Edit tooling offsets and programs including FANUC software
  • Set up and operate various types of 4th and 5th axis FADAL and MILLTRONIC Milling Centers.
  • Program, setup and operate CNC Mill (FADAL) for production parts.
  • Program SURFCAM/setup/run FADALS/YAM/TOYODA FANUC controls machining and turning centers.
  • Operated FADAL 88 CNC, fabricated precision instrument parts.
  • Experienced with HAAS and FADAL vertical machining centers.
  • Trained to operate HAAS, FADAL, and MV-40 milling machines, and CNC grinders.
  • Operated, programmed and maintained Fadal Vertical Milling Center with 4-axis capability.
  • Programmed and operated Fadal Mills for Aerospace industry.
  • Utilized FeatureCAM to program Fadal 3-axis machining center.
  • Managed Program/Setup/Operate CNC Fadal machining centers.
  • Set up, program and operate fadal vertical machining centers to produce close tolerance parts to meet or exceed customer requirements.
  • Operate Fadal CNC Mill and Jet Edge water jet to manufacture parts / tooling to specific blueprints specs to within .0002.
  • Set up and operated FADAL CNC vertical machining center Set up and operated Bridgeport mills, surface grinders and engine lathes.
  • Set up, operate and edit Fadal VMC and conventional Bridgeport mills for production runs and R & D work.
  • Create process sheets, as well as, set-up and operate Fadal 60x30 and 40x20 Vertical Milling Centers.
  • Set up and ran parts on both FADAL and Haas Vertical Machining Centers Manufactured parts for defense contractors.
  • Program, set-up and ran complex, close-tolerance prototype parts and short run jobs on Fadal vertical mills.
  • Experienced in the Fadal CNC machines, Toyoda machines, Seiko machines in the poly knee cell.
  • Operated FADAL machines and control; HAAS machines and control; and YCM machines with FANUCcontrol.

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18. Edit Programs

average Demand
Here's how Edit Programs is used in Computer Numerical Controller Machinist jobs:
  • Edit programs to meet blueprint specifications and production requirements.
  • Edit programs using conversational programming.
  • Complete setup and operation of CNC lathes, required to edit programs and make adjustments to manufacture materials by print detail.
  • Write and edit programs, train new employees, write work procedures, and involved in numerous continuous improvement projects.
  • Edit programs/G code, attach programs to pallets, and machine from Predator and saved and loaded data servers.
  • Edit programs in different CNC languages to set specified rotation speeds, feed rates, and depth of cuts.
  • Used math and blueprint reading skills to edit programs and machine commercial and architectural doors according to dimensions given.
  • Job Responsibilities: Write & Edit programs, Set-up machines, Maintain and run multiple machines at a time.
  • Can completely setup lathes to run proven/non-proven programs and edit programs to compensate for taper and other dimension corrections.
  • Full setups such as change tools, setting offsets, edit programs and adjusting offsets to meet the tolerances.
  • Adjust machine settings, change cutting tools, and/or edit programs when faulty or in case of machine malfunctions.
  • Handle all aspects of special order tooling: read blueprints, edit programs and make modifications when required.
  • Run programs; take measurements, edit programs and make all adjustments necessary to make a finished part.
  • Set up and operated all CNC machines used in machine shops and edit programs as needed for production.
  • Set up, operate and edit programs for Composite components for rotating blades on a 5 axis Machine.
  • Set up, run, and edit programs on 3 to 5 axis horizontal and vertical mill machines.
  • Edit programs using G&M codes, verify first piece is within specified tolerances of blue print.
  • Set up 3 and 4 Axis CNC Mills, Edit Programs as needed, Production, Quality Control.
  • Set up and run CNC lathes and mills, edit programs as necessary to complete parts correctly.
  • Follow procedures, mount fixtures, cutters; Load and edit programs and make specific control settings.

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19. Manual Mill

average Demand
Here's how Manual Mill is used in Computer Numerical Controller Machinist jobs:
  • Set up and operate manual mills and lathes to finish secondary operations, maintain tooling, and make continuous improvement suggestions.
  • Trained all employees in every job in the plant, such as grinding, polishing, manual mill & lathe work.
  • Set up, program and run MAZAK and HAAS Machining Centers Set up and operate manual mill, lathe and grinders.
  • Program, set up and operate CNC Lathe and CNC Mills, also run manual mills and lathes when needed.
  • Performed trouble shooting of issues on both manual and CNC lathes and a manual mill while continuing to produce parts.
  • Experienced using conversational programming on HURCO CNC Machining Centers, manual mills and lathes, surface grinders and tool grinders.
  • Operated various horizontal and vertical CNC and manual mills such as Haas, Viper, Bridgeport, and more.
  • Program, set-up and operate CNC and manual mills and lathes for both production and tool and die machining.
  • Use SolidWorks and MasterCam X7 to repair molds on the CNC machines or manual mill using a rotary table.
  • Operated Haas vertical CNC mills, Haas CNC lathes, surface and cylindrical grinders, and Bridgeport manual mills.
  • Programmed, set-up, and operated a CNC lathe, as well as manual mill and lathe operations.
  • Operated CNC horizontal mills, CNC lathe, conventional lathe, manual mills, heavy duty band saws.
  • Build and repaired weld, drill fixtures, and progressive die sets using DoAll manual mills and lathes.
  • Set up and operate Drill Press, Manual Mills, Lathes, CNC Mills and machine shop support equipment
  • Set up and ran gear hob, broach, manual mills, lathes and surface grinders as needed.
  • Produce machine parts using CNC Machining Centers, manual mills and manual lathes, as per specifications.
  • Design, Prototype Set-up and operated CNC and manual milling machines to produce products to company specifications.
  • Set up and operate manual mills, manual lathes, small and large surface grinders, I.D.
  • Perform machine tool setup & operation on HAAS CNC Mills and Manual Milling machines and or Lathes.
  • Demonstrated clean and organized work environment.- Proficient at operation of manual Milling and Lathes.- $10.50/hr - 40+hrs/week

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20. M Codes

average Demand
Here's how M Codes is used in Computer Numerical Controller Machinist jobs:
  • Make any revisions needed to enhance performance of CNC automated machinery, including edits for all G Codes and M Codes.
  • Perform shop floor inspections of 1st article, produce set up sheets, program edit, using G and M codes.
  • Edit programs* Set up and operate a 5 axis Mill* Write some programs* Have knowledge of G codes and M codes
  • Teach operators what to monitor and how to understand G&M codes, as well as machining principles.
  • Possess the ability to alter and or completely right out an NC program using G and M codes.
  • Edit and adjust certain G and M codes in existing program to run smoother or to save time.
  • Have a very good understanding of g and m codes and know my way around a program.
  • Acquired an understanding of troubleshooting, problem solving, G and M codes and program editing.
  • Adjust speed and feed rates, alter program codes to be correct for specific machining centers.
  • Worked 18 years with CNC vertical and horizontal (G & M codes) machining centers.
  • Can read blueprints, make own set-ups and skilled to use G and M Codes properly.
  • Adjust G and M codes in program to make changes assuring parts were running within tolerance.
  • Set the tool and made minor adjustments to program using different G and M codes.
  • Programmed operations by hand typing G and M codes to create parts to print specifications.
  • Gained a further understanding of troubleshooting, G and M codes and program editing.
  • Designed own fixtures and generated new programs by manually programming G and M codes.
  • Drafted programs, edited programs using G & M codes and CAM software.
  • Prove out new programs and make program edits using G & M codes.
  • Program editing to include G and M codes and offsets for CNC Machines.
  • Operated and programmed parts using G and M codes with Haas CNC machines.

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21. Mazatrol

average Demand
Here's how Mazatrol is used in Computer Numerical Controller Machinist jobs:
  • Write MAZATROL program to machine work piece according to specifications.
  • Operate CNC lathe w/ FANUC, OKUMA, AND MAZATROL controls.
  • Program Mazatrol machine and perform all mathematical functions for other machinists in a basic engineering position.
  • Interpret newly engineered product blueprints and program machines using Mazatrol programming.
  • Create Mazatrol program per design specifications.
  • Incorporated G-code and Macro B subprograms into Mazatrol programs, adding in-process probe inspection and 3D machining capabilities to the machines.
  • Machine operations, tool changes, offset adjustments, limited programming/set-up of various Mazatrol controls, use of precision measuring instruments
  • Have heavy set-up and programming experience in Mazatrol controls, as this machine is programmed on the floor.
  • Utilized CamLink software for part programming and Mazatrol machine interface to program and prioritize multiple pallet robotic loader.
  • Operated all types of CNC machines, including intricate set ups and development as well as Mazatrol.
  • Program, set-up and operate CNC lathes and milling equipment including conventional programming and Mazatrol.
  • Observe, and make multiple edits to Gibbs and Bravo programs using Mazatrol matrix.
  • Set up, run Mazatrol VMC - performed inspection of all machined products;.
  • Performed duties on eight Mazatrol mills for the production of valves for caterpillar machinery.
  • Program edit G code, mazatrol programming, both milling centers and lathes.
  • Do own programming at machine for each job in Mazatrol.
  • Work with engineers on customer models and developed Mazatrol programs.
  • Operated both a small manual and a CNC Mazatrol lathe.
  • Full knowledge of Mazatrol programming (EIA and ISO).
  • Performed machine set up of tooling, and programming Mazatrol.

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22. CAD

average Demand
Here's how CAD is used in Computer Numerical Controller Machinist jobs:
  • Utilized AutoCAD technology and performed blueprint programming as necessary to support machining operations.
  • Provided technical assistance in CAD Department in developing 3D exploded assembly drawings.
  • Designed pneumatic automation equipment and components using AutoCAD R-12 software.
  • Developed CAD designs that followed customer descriptions and specifications.
  • Created prototype parts from conception to AutoCAD print to writing the machining program to producing the finish product off the lathe.
  • Designed and fabricated milling machines BALL LOCK FIXTURING risers for quick install of fixtures to milling table of three CAP/CAD machines.
  • Communicate with experienced machinists and CAD/CAM designers to enhance my understanding of the manufacturing and design processes of each component.
  • Use BobCad-Cam machining software to create 3d models to create G & M code for milling and lathe operations.
  • Created computer-aided design (CAD) cutting paths for AGIE and Mitsubishi electrical discharge machining (EDM) machines.
  • Work from blueprints, sketches or computer-aided design (CAD), and computer-aided manufacturing (CAM) files.
  • Produce five axis CNC programs and setup procedures using cad cam solids software in a research and development environment.
  • Complete part inspection on first run part to ensure proper set up in accordance with CAD and blueprint documentation.
  • Worked with engineers and assisted drafters in developing the electrical design of products using drafting tools and AutoCAD.
  • Write CNC/EDM machine tool programs with the aid of computer CAD/CAM software, or at the machine.
  • Used AutoCad to draft dimensions and provided measuring techniques to increase confidence of the quality of products.
  • Assist Project Engineers with Computer Aided Design (CAD) and Computer Aided Manufacturing(CAM).
  • Operated CNC Routers, drafted 3 dimensional parts using AutoCad, & ordered tooling and general machining supplies
  • Used AutoCad Mechanical Desktop to draw parts and write programs for all CNC mills and lathes.
  • Required holding tight Geometrical and size tolerances, and use of AutoCAD and other manufacturing software.
  • Run CAD generated programs, following work orders relative to tools used, in proper sequence.

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23. Drill Press

average Demand
Here's how Drill Press is used in Computer Numerical Controller Machinist jobs:
  • Set up and operate surface and cylindrical grinders, presses, water jet, drill presses, automatic and manual saws.
  • Experience working with manual lathes, mills, grinders (electrical and manual), drill press and radial arm drill.
  • Used blueprints and sketches to produce parts to tolerance and fit using manual Lathes, Milling Machines and Drill Presses.
  • Operated and maintained screw machine, buffer, eyelet, & drill press, injection mold machine, 40/40 machines.
  • Started out on drill press and worked my way up to doing my own machining center programming in 4 years.
  • Performed regular machinist duties: Engine lathes, horizontal and vertical mills, drill presses, and sub-assembly work.
  • Grind and polish engine parts taken out of CNC Machine, keep count of workload, operate drill press.
  • Use manual lathe, milling machines, drill presses, and associated shop equipment and precision measuring equipment.
  • Set up Lathe, Milling, and Drill press to Cut, Shape, and make appropriate Dimensions.
  • Have operated hydraulic and manual presses, manual lathes and mills, tracer lathes, drill presses.
  • Machine aircraft and aerospace turbine components using CNC vertical turret lathe, vertical mills and drill presses.
  • Set up and run machine, ran lathe, milling machine, drill press and grinder.
  • Set up and operation of manual and CNC lathes, mills, saws and drill presses.
  • Set up and operate CNC drill press as part of the High School/business community co-op program.
  • Can operate a few drill presses, grinders and a wide variety of other factory machines.
  • Use bench grinders, bend saws, drill presses, and various other machining equipment.
  • Set up and operated drill presses to drill and tap holes in parts for assembly.
  • Operated punch press, sheer, Bridgeport Mill, Victor lathe, and drill press.
  • Operated CNC lathes and boring mills, manual lathes and drill presses, screw machines.
  • Operated secondary machining on mills, drill press, lathe, tapping and thread roller.

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24. Hand Tools

average Demand
Here's how Hand Tools is used in Computer Numerical Controller Machinist jobs:
  • Lifted metal stock and work-pieces manually or with hoists, positioned and secured them in machines using fasteners and hand tools.
  • Lifted blades on work holding devices using hoists; and positioned and secured them in machines using fasteners and hand tools.
  • Used all measuring devices and various hand tools to complete each job and to maintain a high level of quality.
  • Use of various grinders, hand tools for stoning and polishing along with compounds and oils for stoning and polishing.
  • Work from jigs and fixtures; operate saws, hand drills and other hand tools, set-up and operate shears.
  • Operated hand tools such as routers, sanders, drills, and large equipment such as band saws and presses.
  • Learned to operate CNC Machines and other hand tools needed to finish parts in an orderly and timely manner.
  • Used a variety of hand tools and polishing techniques to keep tight tolerances of up to +/- .0005.
  • Used hand tools such as various micrometers, angle grinders, calipers, drills, taps and reamers.
  • Removed/loaded materials and products to and from machines and equipment, using hand tools and moving devices.
  • Created and attached fixtures using clamps, bolts, hand tools, power tools and measuring instruments.
  • Operate hand tools and drill presses*Track shop cutting tool usage and sharpen and replace cutting tools.
  • Operated wide variety of equipment including cranes, drill press, forklift and basic hand tools.
  • Used and operated safely all appropriate hand tools and other machinery associated with the machine shop.
  • Installed secured tools and work pieces on machines, using hand tools and precision measuring instruments.
  • Trained in the use of all metal working hand tools, precision assembly and welding techniques.
  • Manufacture firearms components, cutting tools, and specialized hand tools for the automotive industry.
  • Operated hand tools, air tools, drill presses, forklift, and mini sandblasters.
  • Read blue prints and drawings, operated a forklift and overhead crane and hand tools.
  • Utilized micrometers, vernier calipers, overhead crane, jib crane, and hand tools.

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25. Machine Tools

average Demand
Here's how Machine Tools is used in Computer Numerical Controller Machinist jobs:
  • Maintained machine tools in proper operational condition, and ensured machine efficiency.
  • Programmed and set up Computer Numerically Controlled machine tools.
  • Developed and frequently updated inventory of machine tools spreadsheet.
  • Perform precision machining operations on manual machine tools.
  • Maintain machine tools in proper operational condition.
  • Operated CNC machine tools, such as Lathes, vertical & horizontal machining centers, broaches and internal & external grinders.
  • Open CNC software controlling abroad range of machine tools, including machining centers, lathes, grinders, and gear hobs.
  • Use CNC machine tools and various metal working tools to manufacture and rebuild Rotary Tooling Dies used for product packaging.
  • Create CNC part programs to produce a quality product within capabilities of the machine tools, and associated tooling designs.
  • Handled operation of a variety of computer numerical controlled machines, manual machine tools, and resolved related production problems.
  • Produce precision metal parts in batch quantities, or one-of-a-kind pieces using machine tools such as lathes and milling machines.
  • Maintained machine tools, studied sample parts and blueprints / drawings to determine methods and operational sequences to fabricate products.
  • Performed routine or preventive maintenance and repairs, lubrication and cleaning of machine tools, mechanical & electrical equipment.
  • Machine parts to specifications using various machine tools such as lathes, vertical milling machines, and grinders.
  • Set up, adjust, and operate basic or specialized machine tools used to perform precision machining operations.
  • Operated a wide variety of production machine tools while locating finished goods in the correct warehouse location.
  • Set up and operated machine tools, inspected work, maintained paperwork by company's AS9100 standard.
  • Read blue print configured what machine tools I needed, set and edit the program for stock.
  • Work included programming, the design of fixtures, jigs, and setup of CNC machine tools.
  • Program, Setup and Operation of CNC Machine Tools, to include Machining Centers and Lathes.

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26. ISO

average Demand
Here's how ISO is used in Computer Numerical Controller Machinist jobs:
  • Assisted supervisor and co-workers in resolving manufacturing issues; edited programs to produce parts to print specifications, investigated non-conforming parts.
  • Adjusted machines as per requirement, ensured quality in all production processes and managed all communication with engineers and supervisors.
  • Implemented and helped Supervisor with, teamwork, Utilized Lean manufacturing and communicated with engineering for Continuous Improvement.
  • Developed silicone semi-conductors under stringent quality control standards within .001 tolerances and ISO 9002 quality specifications.
  • Worked in a supervisory role, mentoring less experienced operators and providing counseling when necessary.
  • Initiated and managed ISO 9000 certification to promote international commerce and global product acceptance.
  • Collaborate with supervisor to ensure proper work completion in a timely and cost-effective manner.
  • Specify tooling, define machining processes and deliver machining packets to the supervisor/machinists.
  • Followed ISO 9002 standards and used mathematical formulas to determine machine process reliability.
  • Reported daily to direct supervisor and plan manager to go over department productivity.
  • Communicate with supervisors and engineers to help improve all aspects of manufacturing process.
  • Served as principal liaison between machine manufacturer and Company during machine set-up.
  • Coordinate with maintained supervisor prevention maintenance schedule for all lathe department machines.
  • Detect and report defective equipment, materials and/or faulty operations to supervisor.
  • Worked alongside supervisors to increase efficiency with machines and increase productivity throughout department
  • Coordinated with supervisors and programmers to resolve machine malfunctions and production errors.
  • Communicated operational issues to lead men and supervisors on a regular basis.
  • Designed work holding fixtures and assisted the supervisor with writing/editing programs.
  • Completed all necessary documentation and reported to shop supervisor as needed.
  • Reported out of tolerance dimensions of products to operators and supervisors.

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27. Quality Checks

average Demand
Here's how Quality Checks is used in Computer Numerical Controller Machinist jobs:
  • Performed quality checks for correct material and measurements using calipers.
  • Performed quality checks in-process maintained general housekeeping.
  • Applied troubleshooting experience when performing quality checks
  • Conducted quality checks per customer specifications.
  • Measure and perform quality checks on the machine to make sure work pieces conform to specs on blue prints.
  • Performed quality checks using precision measuring equipment, and making adjustments to programs and/ or offset adjustments as needed.
  • Monitor and adjust tool offsets to maintain part accuracy, verify first-piece inspection, and perform in-process quality checks.
  • Preformed quality checks using precision measuring instruments, calipers, micrometers, gauges, including coordinate measuring machines.
  • Work with very close tolerances within a couple thousandths Responsible for in process and final stage quality checks.
  • Recommended and participated in a project to incorporate automated in-process quality checks built in to the CNC equipment.
  • Use measuring tools/gauges to inspect and document quality checks during machining operations to assure parts meet specifications.
  • Engage in routine quality checks including first piece inspection using dial calipers, pin gauges and offsets.
  • Conducted quality checks using calipers, micrometers, bore mics, depth mics, and program editing.
  • Inspect and measure all parts, perform quality checks and record data for customer specifications sheets.
  • Inspect and perform quality checks using calipers, micrometers, thread, bore and pin gauges.
  • Performed quality checks every twenty-fifth piece to assure tools didn't need to be changed.
  • Assure quality of parts produced through adherence to specifications/procedures, perform 100% quality checks.
  • Keep quality checks on all machined parts by using micrometers, calipers and GO/NOGO gauges.
  • Performed quality checks to assure product met customer standards and was ready for next step.
  • Set up, operations, and 100% quality checks on CNC lathe machine.

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28. Machine Shop

average Demand
Here's how Machine Shop is used in Computer Numerical Controller Machinist jobs:
  • Perform typical machine shop operations including setup and programming of machines.
  • Performed temporary piece work and consultation in different machine shops
  • Completed the advanced basic machine shop certification.
  • Familiarized with general machine shop practices.
  • Operated equipment in industrial machine shop
  • Managed all Employees on a CNC Environment Machine Shop, Ordering Material, Shipping, and Receiving Equipment for entire shop.
  • Run general machine shop equipment such as CNC machines (lathes, mills), Routers, Band saws and grinders.
  • Performed own machine set-ups and operated all standard machine shop equipment (mills, lathes, grinders, & breaks).
  • Applied knowledge of machine shop procedures, variety of machine-tool setup and operating techniques, metal properties, and custom-machining methods.
  • Assist with layout, set up, operating and making tool adjustments for various types of computerized machine shop equipment.
  • Set up new Machine Shop including piping for air, electrical systems, setting and leveling CNC lathes and mills.
  • Developed excellent machine shop skills, completing all work orders on time and to specifications with little to no discrepancies.
  • Work from blueprints, drawings and sketches involving the use of standard machine shop mathematics and precision measuring instruments.
  • Produced all CNC programs, set up and operated three CNC lathes while organizing production and supervising Machine Shop.
  • Trained new/current employees on use of all machine shop tools, mills, and lathes; increase shop production.
  • Company tolerances were monitored using SPC Statistical Process Control also ran odd jobs using all manual machine shop equipment.
  • Worked on the Harrison M300 Conventional Lathe manufacturing parts for the Machine Shop, Tool Room and Maintenance Department.
  • Lead Person Supervise and program set-up Have had 30+ years experience in machining operations in manufacturing and machine shops.
  • Experience in machine shop as a Fork lift operator with certification as well as a perfect driving record.
  • Operated a variety of machine shop equipment including; CNC machinery, Bridgeport mills, and shop forklift.

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29. EDM

low Demand
Here's how EDM is used in Computer Numerical Controller Machinist jobs:
  • Floated anywhere in shop when needed; machining, grinding, EDM, benching, ejector pins, lathe, etc.
  • Program and operate CNC and manual lathes, mills, EDM, Surface grinder as well as work in quality control
  • Perform the setup & operation on the CNC/EDM Wire and Sinker machines to produce machined parts as per customer blueprints.
  • Utilized a Brothers Wire EDM, creating Inserts, Form tools and Shave tools to support Screw Machine Dept.
  • Machine parts from bar stock to completed parts, or for multiple operations of lathe, mill and EDM.
  • Applied and developed CNC mold manufacturing technology to milling, lathe, ID & OD grinding and EDM.
  • Set up and operated Manual and CNC Mills, Grinders and Ram EDM to make plastic injection molds.
  • Served as a programmer and operator of CNC EDM and Mills for the plastic injection mold industry 2.
  • Programmed, setup and ran CNC Vertical Mills, and CNC Sinker EDM's for plastic injection molds.
  • Operated other various types of equipment, such as lathes, VTL, and ram type EDM machines.
  • Operated various types of CNC and EDM machines to provide the start to the product life cycle.
  • Plan nested layouts for families of punches that will be Wire EDM cut out of hardened steel.
  • Proposed new orbit capabilities, number of electrodes to produce cavities and over burn on EDM.
  • Designed and produced fixture for Wires EDM machine that reduced set-up time by 50%.
  • Program and operate FA-S Advanced & HA wire EDM for progressive Tool and Die shop.
  • Programmed, setup, and operate Wire EDM in creating details to high tolerance specifications.
  • Program, set up and operate 3 axis CNC milling machine and wire EDM.
  • Set up, operated, loaded and edited programs for Mitsubishi CNC EDM Machine.
  • Set up tooling and fixtures as well as program mills and EDM machines.
  • Designed electrodes for EDM along with high speed machining, grinding of electrodes.

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30. Stainless Steel

low Demand
Here's how Stainless Steel is used in Computer Numerical Controller Machinist jobs:
  • Type of materials used was brass and stainless steel to create precision gears for the automotive industry, and the military.
  • Experience working with a wide variety of metals, including aluminum, stainless steel, D-2 steel, and cold-rolled steel.
  • Worked mostly with copper, aluminum, and stainless steel making parts for food service industry, and performance parts.
  • Set up and operation of all machine parts as steel, aluminum, plastics, wood, stainless steel.
  • Experience with a variety of materials including various grades of steel, cast iron, brass and stainless steel.
  • Machined several materials including stainless steels, bronze, aluminum, carbon steels, titanium, plastics, etc...
  • Machined copper, brass, stainless steel, steel, aluminum, titanium, and various types of plastics.
  • Machined parts of material such as Aluminum, Stainless Steel, Titanium, Copper, H13, and more.
  • Set up and operate 20 feet long manual lathe engine to build stainless steel parts for the petroleum industry.
  • Versed in the methods associated with cutting materials used in the medical industry such as Titanium and stainless steels.
  • Experience in machining various materials i.e., aluminum, steel, stainless steel, tool steel, engineered plastics.
  • Manufactured and fabricated parts from raw stock such as steel, brass, stainless steel, aluminum & plastic.
  • Worked with various materials including cast iron, 12L14, 400 series stainless steel, 8620 and 4140.
  • Experience in machining mild and heat-treated steels, stainless steel, aluminum, irons, alloys and plastics.
  • Produced a variety of parts made out of titanium, stainless steel, MP grade, and PEEK.
  • Skilled in working with various types of polymer plastics, aluminum, brass, stainless steel and copper.
  • Performed occasional welding and soldering operations, as well as bending stainless steel tubing to make cooling loops.
  • Machined various types of metals titanium, aluminum, tool steel, stainless steel, and sheet metal.
  • Worked with titanium, aluminum, peek, plastic and lots of 300 and 400 series stainless steel.
  • Machined Various Materials such as Aluminum; MIC 6 & 610, Stainless Steel, & Carbon Steel.

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31. Titanium

low Demand
Here's how Titanium is used in Computer Numerical Controller Machinist jobs:
  • Machine titanium propulsion components to specifications using 5-axis CNC mill machines.
  • Machined and tested titanium ultrasonic horns.
  • Worked with tungsten carbide, titanium, heat treated & non-heat treated metals & alloys, fiber glass, & polymers.
  • Manufacture Titanium Bone Screws on Citizen Swiss Lathe * Quality Control Inspection per ISO 13485:2003 Standard Operating Procedure * Periodic Machine Maintenance
  • Machined a variety of exotic metals including 5N/6N copper, nickel vanadium, tantalum, molybdenum, titanium, and tungsten.
  • Employed by Jarvis Airfoil and charged with a project to produce titanium surgical replacements for right and left human shoulder sockets.
  • Utilized CNC machines to produce one piece titanium valves to supply top engine builders, racers, and other manufacturers.
  • Gained experience in making all kinds of surgical instruments, worked with titanium, plastics etc.,
  • Produced material handling, snowmobile products of ferrous and non ferrous, titanium and UHMW.
  • Used CNC machinery to manufacture Titanium hip replacement, and Knee replacement parts for surgery.
  • Machined tolerances of +/- .0005 on materials like titanium, 304ss, and 316ss.
  • Manufacture Titanium parts for the F-35 Lighting II Joint Strike Fighter Program.
  • Worked mostly on magnesium transmission cases and titanium mast bases for helicopters.
  • Manufacture and inspection of various titanium bone plates and implants.
  • Experience running titanium and cobalt chrome in medical devices.
  • Operated Gantry milling center for Machining Titanium C-17 Wing parts
  • Machined mainly titanium and cast iron metals.
  • Worked with exotic materials, Tungsten, Titanium, and Molybdenum supplying the areospace, military and medical fields.
  • Set up and operate to produce medical devices Machinist set up machine to run titanium bone screws.
  • Program, set-up, produce titanium knees, hips, internal prosthetics using Haas CNC machines.

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32. VMC

low Demand
Here's how VMC is used in Computer Numerical Controller Machinist jobs:
  • Set up and operate VMC in die cast shop tool room, cutting core and cavities.
  • Set up and operate VMC's in a job shop environment to exceed customer expectations.
  • Job requirements: Set-up and operation of Mori-Seki; HBM, VMC, and lathes.
  • Program, setup and operation of CNC VMC's and Horizontal's.
  • Set up inspect and operate large VMC machining air frames for aircraft Industry
  • Program, setup, and operation of Haas VMC's and gantry router
  • Set up, program, and operate VMC and boring mill.
  • Edit program, setup, and operated John ford VMC.
  • Set up and operate both VMC and HMC machining centers.
  • Program, setup maintain and run VMC Mills.
  • Position as a CNC VTL and VMC machinist.
  • Set up and operate VMC in production shop.
  • Program and operate a VMC Machining Center.
  • Program and operate HAAS VMC and Lathes.
  • Performed general maintenance of CNC/VMC Machines.
  • Program writing for 2 VMC machines.
  • Set up CNC machines (VMC, HMC, & TC) for CNC operators to run production.
  • Program (Master cam), set-up, and run, 2 VMC, and 1 Wire EDM
  • Operate, write and maintain Haas VMC CNC, and Haas gantry mill.
  • Run all different types of machines from VMC, to CNC lathes.

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33. Height Gauges

low Demand
Here's how Height Gauges is used in Computer Numerical Controller Machinist jobs:
  • Measured all parts with Vernier Calipers and various types of height gauges, entered data and measurements into WINSPC computer program.
  • Verified dimensions and alignment of assembly, using measuring instruments consisting of micrometers, height gauges, and gauge blocks.
  • Verified dimensions, using measuring instruments such as micrometers, calipers and height gauges to ensure adherence to tolerance specifications.
  • Calibrated or adjusted equipment to ensure quality production using tools such as calipers, micrometers, and height gauges.
  • Inspected manufactured items via utilization of precision measuring instrumentation (calipers, height gauges, micrometers, etc.)
  • Check parts during production to blue print dimensions using Digit-checks, Height gauges, Micrometers, Calipers, Etc.
  • Used measuring devices such as micrometers, height gauges, and indicators to inspect parts throughout the production process.
  • Check parts using measuring tools such as height gauges, calipers, micrometers and other precision measuring instruments.
  • Calibrated equipment using tools such as calipers, micrometers, height gauges, protractors and ring gauges.
  • Inspected finished parts using various measuring tools such as Calipers, Micrometers, and Height gauges.
  • Used micrometers, height gauges, calipers and veneer scales to measure tools and various parts.
  • Use instruments such as micrometers and calibers, height gauges, also radius gauges and indicators.
  • Have working knowledge of calipers, height gauges, micrometers, CMM, radius gauges.
  • Use of all varies machining gauges such as Micrometers, Verniers, Height gauges etc.
  • Use of micrometers, calipers, height gauges, and indicators to check parts.
  • Used basic shop tools including micrometers, calipers, indicators, and height gauges.
  • Inspect parts to meet blue print specifications using various measuring tools and height gauges.
  • Set up and operator CNC machine and inspect parts with mics calipers height gauges.
  • Calculated dimensions or tolerances using micrometers, height gauges, and Vernier calipers.
  • Use calipers, micrometers, height gauges, protractors and ring gauges.

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34. Hass

low Demand
Here's how Hass is used in Computer Numerical Controller Machinist jobs:
  • Project lead for chassis fabrication and design/development of numerous components/systems.
  • Program, set up, and run CNC Mill using Esprit software along with Gibbs Cam 3D and HASS controller programming.
  • Machined chassis and suspension parts for NACSAR from prints sent by race teams and of our own custom designs.
  • Build race car chassis and engines, some for the Bonneville salt flats, speed week.
  • Set up and operate HASS mills for production of medical components from various materials
  • Set up and operate CNC HASS Mill, run small production parts.
  • Used a machine HASS and traditional manual.
  • Receive new unproven milling programs, fabricate fixtures, machine soft jaws, edit and prove out programs on HASS mills.
  • operate CNC SL /30 HASS lathes and VF3/2 mills to manufacture parts to customer specifications from supplied blueprints.
  • Set up, Program, and Operated HASS SL30-ST30 Final inspection of parts before going to paint dept.
  • Set up and operation of numerous Hass 3 and 4 axis CNC vertical and horizontal mills.
  • Set up & operate Hass - Mill & Lathe CNC Machines, Program editing, Tool offsets
  • Operated a Hass machine and ensured all parts of the machine were running properly.
  • Operate setup and run Hass mills and Lathes for job shop production.
  • Update information on the Martz Chassis website as requested by the owner.
  • Conducted set up procedures for Hass lathes, manufacturing Boeing aircraft parts.
  • Set up and programmed hass machines We was a job shop environment.
  • Set up and ran Hass lathes in a clean room environment.
  • Set up and operate HASS CNC mills Inspection of parts produced.
  • Set up and operate a Hass CNC mill on various jobs.

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35. G-Code

low Demand
Here's how G-Code is used in Computer Numerical Controller Machinist jobs:
  • Edited G-code programs for optimum production efficiency.
  • Well-versed in conversational and G-Code controls
  • Utilize G-Code and Conversational programming.
  • Worked alongside programmers to ensure new programs would function properly and output would meet specifications with routine program editing of g-code.
  • Modify and existing G-Code to make sure feed rates and spindle speeds are appropriate for each part and operation.
  • Create additional g-code program for machining of other operations like refacing, contouring, pocketing, drilling reaming etc.
  • Maintain clean and safe work environment 4 months of CNC programming training, knowledge of G-codes and M-codes.
  • Program machine using G-codes, calculations, fractions and decimals to ensure correct measurement and specification of fiberglass.
  • Programmed and set up Haas G-Code lathe for unattended running, set up and operated Haas mill.
  • Prove out new programs, edit, and write some programs at machine in conversational G-Code.
  • Set up and operation knowledge of a Haas VF-4 Vertical Milling Machine (G-code Programming).
  • Required to be able to read and understand prints, G-code and make modifications to programs.
  • Created G-code programs and resolved faulty programs for various CNC machines located in the shop.
  • Created simple G-code programs and sub-programs at the controller to perform tool paths as needed.
  • Read through and change G-Code in program when necessary to ensure program proves out.
  • Used MasterCam software to program machines in G-code and M-code in 2D and 3D.
  • Read CNC G-code programs and make edits and changes as required during initial set-up.
  • Review blueprints and G-Code listing to ensure proper setup and operations in parts.
  • Set up programming machine using G-codes and M-codes and inspection of all work.
  • Experienced working with at the machine programming and editing of FANUC G-code programs.

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36. Troubleshoot

low Demand
Here's how Troubleshoot is used in Computer Numerical Controller Machinist jobs:
  • Collaborate with engineering to troubleshoot problems and find manufacturing solutions for the development and manufacture of prototype and production parts.
  • Assumed assistant lead position to provide supervisor and co-workers assistance during an event of program/production troubleshooting and machine repair.
  • Perform preventative maintenance on all equipment and ensure adherence to manufacturer instruction and perform troubleshoot on all processes.
  • Maintained equipment by completing preventive maintenance requirements; followed instructions; troubleshooting malfunctions, made repairs when needed.
  • Train personnel in the programming, setup and troubleshooting provisions necessary to properly operate lathe machinery.
  • Perform regular various machine maintenance ranging from preventative to troubleshooting and replacing hardware and tooling.
  • Maintain specifications by observing drilling, inspecting rail with various measuring devices and troubleshooting malfunctions.
  • Ensured preventative maintenance was done as well as troubleshooting any complications that occurred.
  • Perform operation, setup, and troubleshooting Robot-Controlled peripheral automation grinding equipment.
  • Performed machine preventative maintenance, troubleshooting malfunctions and calling for repairs.
  • Maintained specifications by troubleshooting and detecting malfunctions; calling for repairs.
  • Maintained equipment by completing preventive maintenance requirements and troubleshooting malfunctions.
  • Detected malfunctions; troubleshooting processes; adjusting and reprogramming machines.
  • Performed troubleshooting and repaired problems that occurred on production floor.
  • Assisted in production of prosthetic devices and aided in program troubleshooting
  • Worked independently receiving instructions and troubleshooting tips via telephone.
  • Worked on diagnosing, troubleshooting and repairing faulty machinery.
  • Assist production department with reprogramming and troubleshooting existing setups.
  • Performed troubleshooting relating to quality, safety and efficiency.
  • Assisted faculty with manufacturing procedures by troubleshooting machining problems.

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37. Precision Parts

low Demand
Here's how Precision Parts is used in Computer Numerical Controller Machinist jobs:
  • Supported machining processing methods required to manufacture complex precision parts.
  • Produced precision parts for optics grinding/polishing machines.
  • Manufacture precision parts to customer specifications.
  • Set up and operate a variety of machine tools to produce precision parts for Liposuction clinics and advanced pollution instrument companies.
  • Machined and assembled computer generated, precision parts based on engineering orders using vertical HAAS and horizontal MAZAK CNC milling machines.
  • Maintained an accuracy level of 95% in producing precision parts, resulting in fast turnaround and requiring high quality performance.
  • Program design and manufacture of various precision parts (slide beds, spindle shafts, etc) necessary for machine assembly.
  • Set up and run precision parts such as; manual gate valves, hydraulic valves, flanges, crank shafts.
  • Manufacture and inspect high tolerance and precision parts, maintain and keep accurate records of paperwork in accordance with ISO 9000
  • Set up, operated, and programmed CNC mills and lathes to produce complete precision parts within tolerances of blueprints.
  • Qualified as a level 1 dimensional inspector and trained to inspect high precision parts, including pressure retaining parts.
  • Set - up tooling and program to run precision parts, adjusting and calculating for program errors.
  • Fit and assemble precision parts into mechanical equipment while determining material, parts, and equipment required.
  • Make precision parts on numerically controlled mill; setup machine and tooling, prove and edit program.
  • Program set up and operate CNC machines manufacturing precision parts for a variety of customers.
  • Program, setup, and operator CNC machines to produce precision parts for the steel industry
  • Work with close tolerance precision parts; 1st article in process and finished part.
  • Follow strict Control Plan to produce precision parts according to Job Instructions and Blueprints.
  • Programmed and operated CNC-VMC to produce precision parts for the Nuclear Power Industry.
  • Machined precision parts in the manufacturing of cabinets using CNC and manual machines.

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38. Manual Machines

low Demand
Here's how Manual Machines is used in Computer Numerical Controller Machinist jobs:
  • Close tolerances machining on manual machines in a manufacturing environment.
  • Operate all manual machines for secondary operations.
  • Set up and operate various CNC and manual machines including CNC VTL's, CNC Mills w/rotary tables and Jig Mills.
  • Set up and operate CNC horizontal machining center, CNC vertical machining center CNC Lathe and various types of manual machines
  • Program, set-up and operate CNC/ Manual machines, Horizontal Mill, Lathes, Inspect part per print.
  • Set up all types of manual machines such as Mills, Lathes, Grinders, CNC ultrasonic cleaner.
  • Use blueprints to make parts on manual machines such as Bridgeport, engine lathes, grinders, etc.
  • Skilled on most tool room equipment such as mills, lathes, grinders, CNC and manual machines.
  • Programmed, set-up and operated CNC machines Operated and set-up manual machines Manufactured parts to blue print specification
  • Performed a variety of tasks including shipping, material handling, forklifts, secondary manual machines & inspection
  • Operated four and five axis CNC/manual machines including setups in tooling, and programming and manual processes.
  • Programmed, set-up, and operated CNC and manual machines to produce parts that met company standards.
  • Perform a wide range of duties related to operating the manual machines and quality inspections as required.
  • Set up and operate 3 and 4 axis CNC and Manual Machines Vertical and horizontal mills and lathes
  • Design and implement fixtures to support new contract, Haas CNC machines, and various manual machines.
  • Machine new parts for broken or worn-out parts from hydraulic components using CNC and manual machines.
  • Worked directly with engineering team running manual machines for projects to create specific tooling and fixtures.
  • Implemented set-ups, tooling selection, fixture use, design on CNC and manual machines.
  • Create tooling for production runs on CNC Machines, Manual Machines, and Assembly line.
  • Used both CNC and manual machines to produce close tolerance inserts for these molds.

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39. Raw Materials

low Demand
Here's how Raw Materials is used in Computer Numerical Controller Machinist jobs:
  • Operated overhead hoists; safely loaded/unloaded castings and raw materials into specific CNC machines/lathes.
  • Ordered necessary raw materials to manufacture parts.
  • Used measuring instruments, including micrometers, dial indicators and gauges Loaded and unloaded castings and raw materials in CNC machinery.
  • Assured of no idle time by programming, expediting raw materials, tools and drawings to assigned machinists and machines.
  • Turned die rolls from raw materials to size then engraved pockets into the die rolls using a CNC Engraving machine.
  • Utilized lift trucks for materials handling between work centers and for loading and unloading of raw materials and parts.
  • Issue work orders and designated raw materials for a job then set-up job on various screw machines.
  • Machined raw materials into fixture details with a Haas VF-3 Machining Center and a manual lathe.
  • Milled, drilled, tapped, bored parts and/or housings and raw materials to meet specs.
  • Receive and unload all raw materials and tools using forklift and pallet jack.
  • Coordinated all phases of the process from raw materials to finished product.
  • Checked raw materials for quality and quantity ahead of loading into machine.
  • Load and secure raw materials inside machines and on modular fixtures.
  • Review and approve the quality of raw materials before manufacturing begins.
  • Keep accurate inventory on raw materials, tools and production parts.
  • Operated forklift for loading and unloading raw materials and completed projects.
  • Check stock of raw materials and create material requests when necessary.
  • Supply machinery with raw materials and in-process rolls for production.
  • Processed products, prepared raw materials, and maintained equipment.
  • Completed records and forms preset tooling, loaded raw materials.

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40. GD

low Demand
Here's how GD is used in Computer Numerical Controller Machinist jobs:
  • Blueprint interpretation including GD&T* Certified quality inspector
  • Review blueprints for errors in materials, dimensions, GD&T symbols, surface requirements, and other specifications.
  • Manufacture high-end bicycle components following blueprints and GD&T call outs, use precision measuring equipment to maintain dimensions.
  • Use a variety of precision instruments to set up and inspect work, requiring knowledge of GD&T.
  • Trained on multiple cells/machines, Vertical/Horizontal Lathes/Mills, GD&T blueprinting knowledge and adjustment of offsets as needed.
  • Acquired knowledge of GD&T, which I still use in the figuring of formulas and dimensions.
  • Interpret blueprints using absolute dimensions, Cartesian coordinates, and GD&T (metric and standard).
  • Utilized blue print reading techniques and GD&T, for in house inspection process to ensure quality.
  • Shop maths, geometry, trigonometry - determine dimension of inch & metric convert and GD&T.
  • Machined part components from rough castings to finished production parts per our blueprints utilizing GD&T.
  • Blueprint reading classes included GD&T in which I use in my daily work schedule.
  • Use shop math and knowledge of GD&T to make sure parts meet print specifications.
  • Print reviews to ensure clarity on GD&T and for ease of manufacturing/cost reduction.
  • Loaded according tools and adjust tool offsets to meet all GD&T to print.
  • Study print and layout an efficient way to make part based on GD&T.
  • Attended GDT and small blue print reading class during my first 90 days and passed.
  • Understand GD&T and can maintain metric and U.S. standard tolerances within .012mm/.0005in.
  • Conducted own first article inspection and has an understanding for GD&T.
  • Do proper paperwork and clean neat and tidy work area GD&T.
  • Make parts from prints using GD&T and customer supplied electronic files.

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41. OD

low Demand
Here's how OD is used in Computer Numerical Controller Machinist jobs:
  • Monitor production equipment operations, ensuring integrity of production, packaging and distribution operations while maintaining productivity levels.
  • Tested experimental models under simulated operating conditions for such purposes as development, standardization and feasibility of design.
  • Perform and/or verify completion of first-article inspection on all jobs and indicate such on production documentation.
  • Followed quality guidelines, including first piece verification to ensure produced parts were meeting company standards.
  • Worked in a fast paced production environment manufacturing precision products for several local companies.
  • Supervised employees general shop activities including maintaining machine maintenance schedules and Production scheduling.
  • Inspect machining operations and finished products against specified tolerances using precision measuring tools.
  • Maintain all paperwork associated with producing parts and maintaining company records.
  • Monitor compliance with job specifications and ensure resolution of production problems.
  • Inspect finished products for quality and adhere to customer specifications.
  • Assured production and quality procedures were correctly being implemented.
  • Produced high-quality parts from prints based on established tolerances.
  • Meet production deadlines by following manufacturing schedules and procedures.
  • Design fixtures for equipment for critical repetitive parts production.
  • Maintain and operate production machines effectively and efficiently.
  • Ensured all parts produced according to specifications.
  • Produced and Installed Programs on different machinery.
  • Produce parts to specific specifications or tolerances.
  • Manufacture quartz components utilizing specialized production machines.
  • Modify experimental devices and engineering tests.

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42. Doosan

low Demand
Here's how Doosan is used in Computer Numerical Controller Machinist jobs:
  • Experience and qualified CNC vertical SNK 5-axis, MAHO MH 700s 5-axis and DOOSAN MH 500 4- axis horizontal.
  • Used OKUMA and DOOSAN vertical turning lathes to produced hubs for Volvo and military Humvee.
  • Experienced with HAAS VF2 and FANUC DOOSAN DMN 400 II CNC vertical milling machines.
  • Run large parts on DOOSAN HBM and VTL as needed.
  • Set up and operated 9-axis Doosan MX2600 manufacturing center and other CNC machines for production of aerospace defense components.
  • Edited, programmed from print to Master Cam software for HAAS, Pumas, Doosan on turning centers.
  • Set up and ran Doosan Puma with FANUC controls and the OKUMA lathe system.
  • Work on Doosan puma 300 Kept shop in order, organized, and clean.
  • Set up and/or operated various Doosan lathes with and without live tooling and Y-axis.
  • Learned advanced controls like thread repair modes on the Doosan.
  • Create programs for Haas and Doosan lathes using OneCNC software.
  • Set up and operated DOOSAN Fanuc controlled milling machines.
  • Set up and operate various milling/lathe Doosan machines.
  • Set ups on Haas and Doosan lathes.
  • Run and setup doosan lathe and mill.
  • Operate Doosan turning centers for production jobs.
  • Operate one or two Doosan puma 400.
  • Program for Doosan Puma 2000Y mill turn.
  • Operated a Doosan horizontal mill.
  • Cross trained on doosan horizontal mill

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43. Inconel

low Demand
Here's how Inconel is used in Computer Numerical Controller Machinist jobs:
  • Machine work included small and large parts and use of materials such as titanium and Inconel.
  • Developed and optimized fixture, setup, and tooling for processes to machine Inconel turbine wheels.
  • Work mostly on flanges various grades of steel, including stainless and some Inconel.
  • Machined Titanium, Inconel, Rene 41 and other exotic materials to tight tolerances.
  • Manufactured materials such as Inconel, super duplex, stainless and carbon steel.
  • Experienced with all standard metals including Inconel, titanium, and plastics.
  • Oil field industry machining inconel mandrels, chrome and stainless material parts.
  • Design tooling for Cameron to machine inconel at much more efficient times.
  • Cut Exotic Metals (Cobalt 6, Cobalt 12 and Inconel)
  • Machined numerous alloys including Titanium, Inconel, and Stainless.
  • Roughed out material for inlay and cut inlay 710 inconel.
  • Use materials ranging from 4320 steels to Inconel.
  • Machined inconel steams with + -.0005 tolerances.
  • Worked primarily in hard steel such as A2, D2, H6, and Inconel.
  • Cut metals from 4130, 4140 steel, 410 SS, and 710 inconel.
  • Experience with materials including various types of steel, exotic alloys including Inconel, and Pre/Post Heat treat materials.
  • Machine exotic materials such as 15-5,17-4, Nitronic 50 & 60, Titanium, Beryllium/Copper and Inconel.
  • Worked with a wide variety of materials, from Magnesium to Inconel and Wasaloy.
  • Set up and run various inconel clad and non clad parts on hbm mills.
  • Machined hardened materials such as whaspoloy, inconel, titanium, etc.

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44. Turning Centers

low Demand
Here's how Turning Centers is used in Computer Numerical Controller Machinist jobs:
  • Set up and operate CNC Vertical Machining Centers and CNC Turning Centers to produce motorcycle components.
  • Operate HAAS CNC milling and turning centers, making adjustments and replacing tools as needed.
  • Operated CNC Vertical Turning Centers, Mills, and Boring equipment.
  • Program, set up and operate CNC turret type turning centers.
  • Program, set-up, & operate CNC Machining & Turning centers.
  • Set up and ran turning centers for metal parts and gears.
  • Work with tooling vendors to acquire various tooling for turning centers.
  • Program, setup, and operate, Star Turning centers.
  • Operated large horizontal boring mills and large vertical turning centers.
  • Designated as a trainer for CNC Mills and Turning centers.
  • Programmed, set up and ran CNC turning centers.
  • Initial setup and operation of three turning centers.
  • Handle setup and operations of CNC turning centers.
  • Created SETUP and operated CNC Turning Centers.
  • Trained employees on CNC turning centers.
  • Edited programs for CNC Turning Centers.
  • Operated live turning centers /set-up lathes* Operated vertical and horizontal machining centers/edge finderPetersen Machine, Racine, WI.
  • Job Duties: To program, set-up and operate Haas Sl-20 and Sl-30 cnc turning centers in job shop environment.
  • Programmed, setup and operated various CNC machines (3 to 4 axismachining centers and 5 axis turning centers).
  • Job duties were program, set-up, and operate various turning centers for production of hydraulic components for Caterpillar.

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45. Surface Grinders

low Demand
Here's how Surface Grinders is used in Computer Numerical Controller Machinist jobs:
  • Used surface grinders and conventional lathes and milling machines for metal preparation and/or secondary finishing operations.
  • Fabricated fixtures, tooling and products using Bridgeport millers, manual lathes, surface grinders and other manual machinery as needed.
  • Run and set up Haas CNC Mills, Also set up and run CNC precision Surface grinders and manual grinders.
  • Operate Bridgeport milling machines, surface grinders, drill press and other related shop equipment as needed.
  • Assigned to set up NC milling machines, and manual VTL machines, lathes and surface grinders.
  • Used Bridgeport mills, engine lathes and surface grinders to build fixtures and work holding devices.
  • Operated manually controlled machines including mills, lathes, surface grinders, fork trucks, etc.
  • Perform set ups and manual machining as required on lathes, milling machines and surface grinders.
  • Experience with Bridgeport mills, manual tool room lathe and surface grinders and bar stock saws.
  • Utilized manual machinery such as surface grinders, Bridgeport's, and drill presses when needed.
  • Work on Bridgeport milling machines, lathes, surface grinders, drill press and bench work.
  • Set up and operate horizontal Harrison lathes, drill presses, surface grinders, etc.
  • Operate manual lathes and mills, surface grinders, and double disc grinders.
  • Frequent use of surface grinders, manual Bridgeport mill and other tooling machinery.
  • Operate CNC milling machine, fabrication, surface grinders, lathes.
  • Used Mills, Lathes and Surface Grinders to Machine parts.
  • Have held tolerances of =/- .0001 on surface grinders.
  • Experience using conventional Mills, Lathes and surface grinders.
  • Tool room work on Parker and DO-ALL surface grinders.
  • Run Engine Lathe, Bridgeport Mills and Surface Grinders

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46. Ensure Conformance

low Demand
Here's how Ensure Conformance is used in Computer Numerical Controller Machinist jobs:
  • Inspected all components to ensure conformance to customer design specifications and requirements while determining and implementing any possible process improvements.
  • Read Engineering blueprints to determine critical features and ensure conformance with tool layout and customer expectations
  • Measured, examined completed parts to detect defects and ensure conformance to specifications.
  • Inspect parts using precision instruments to ensure conformance
  • Measure, examine, or test completed units to check for defects and ensure conformance to specifications, using precision instruments.
  • Measure dimension of finished work pieces to ensure conformance to specifications, using precision measuring instruments, templates, and fixtures.
  • Inspect completed parts to ensure conformance to quality specifications, using gauges, microscopes and other measuring tools as required.
  • Measured, examined, and tested completed units in order to detect defects and ensure conformance to specifications of blueprints.
  • Measure and examine completed units in order to detect defects and ensure conformance to specifications, using precision instruments.
  • Measure dimensions of finished part to ensure conformance to specification and edit offsets to maintain tolerance.
  • Removed shims/split rings to measure thickness with upright gauge to ensure conformance to specifications.
  • Measured and tested completed units and recorded SPC data to ensure conformance to specifications.
  • Weigh or measure materials, ingredients, or products to ensure conformance to requirements
  • Measure dimensions of finished work pieces to ensure conformance to specifications.
  • Inspected quality of finished work pieces to ensure conformance to specifications.
  • Measure dimensions of finished workpieces to ensure conformance to specifications using precision measuring instruments.
  • Measured dimensions of finished work pieces to ensure conformance to specifications Removed and replace dull cutting tools.
  • Measure and exam parts to ensure conformance.
  • Adjustedrepaired, and set adjustments to optimize equipment quality and changed parts to correctdefects and to ensure conformance to specifications.
  • rehired 2011 to 2014) Ducommun Aero-structures Duties measure dimensions of finished work pieces to ensure conformance to specifications.

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47. Reference Points

low Demand
Here's how Reference Points is used in Computer Numerical Controller Machinist jobs:
  • Measured and marked dimensions and reference points accurately.
  • Determined reference points and computed layout dimensions.
  • Indicated and marked reference points as well as center lines on work pieces using center indicators within a .001 tolerance.
  • Entered instructions, including zero and reference points; setting tool registers, offsets, compensation, and conditional switches.
  • Determined machine reference points and tooling offsets, entered required machine reference points and offsets into machine control.
  • Measured and marked dimensions and reference points on material or work-piece as guides for subsequent machining as necessary.
  • Set up reference planes, location of surfaces, machining parameters, including zero and reference points.
  • Measured, marked and indicated proper dimensions and reference points on parts and fixtures for future reference.
  • Edit program for adjustments such as feed rate, RPM, depth of cut and reference points.
  • Entered instructions and program mills and lathes including reference points to ensure smooth running of the machine.
  • Measured and marked dimensions for reference points, made appropriate offset for tool wear and broken tools.
  • Measured and marked dimensions/reference points on material and work pieces to use as a guide for machining.
  • Produce machined parts by editing programming, set up, zero reference points, and offsets.
  • Locate zero and reference points, set tool lengths, offsets, and prove part programs.
  • Measured, marked, and indicated proper dimensions and reference points on materials that I machined.
  • Used computer-assisted drafting software to show location of reference points and direction of cutting paths.
  • Measure, mark and scribe dimensions and reference points to lay out stock for machining.
  • Programmed mills and lathes by entering instructions, including zero and reference points.
  • Determine reference points, machine cutting paths and the sequence of machine operations.
  • Measured and marked dimensions and reference points and verified compliance with design.

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48. Hurco

low Demand
Here's how Hurco is used in Computer Numerical Controller Machinist jobs:
  • Operated and maintained a HURCO VMX 48 MILLING CENTER and machined various parts to within 1 thousandth of an inch.
  • Maintained strict compliance with safety policies while setting up and operating HURCO CNC mill.
  • Operate and program CNC HURCO mills to machine dies used for plastic injection.
  • Program, Setup, Operate MAZAK 21 VTC and HURCO CNC Mills
  • Programmed and operated Hurco vertical machining center.
  • Operated Hurco Vertical Milling Machines.
  • Operate and setup a Hurco mill and Haas lathe using dial indicators, touch setters, probes and edge finders.
  • Set up, edit, program, and run production on Haas and Hurco milling centers
  • Train others in set up, programming, and operation of the Hurco CNC Machine.
  • Set up and ran a Hurco VMX42 vertical mill and do some finish grinding.
  • Perform complete programming, setup, and operation of a Hurco CNC milling machine.
  • Program and write set-up sheets for Hurco and Bridgeport Vertical milling machine.
  • Download, edit, set-up and run OKK and Hurco Mills.
  • Trained to setup and run HURCO MILL for short run production jobs
  • Worked as a CNC Mill Machinist running a Hurco CNC Mill.
  • Programmed and ran 4 axis CNC Hurco milling center.
  • Utilize HSMWorks to program 3 axis HURCO milling center.
  • Program, set up and operate Hurco CNC lathe.
  • Write and Proof out Programs on Hurco machines.
  • Set up and ran production on Hurco milling Centers

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20 Most Common Skill for a Computer Numerical Controller Machinist

Inspect Parts21.4%
Lathe Machines20.2%
Set Up9.1%
Computer Numerical Control Machines8.5%
Fanuc5.2%
Mazak4.4%
Micrometers4.2%
Operate Computer Numerical Control3.2%

Typical Skill-Sets Required For A Computer Numerical Controller Machinist

RankSkillPercentage of ResumesPercentage
1
1
Inspect Parts
Inspect Parts
17.5%
17.5%
2
2
Lathe Machines
Lathe Machines
16.6%
16.6%
3
3
Set Up
Set Up
7.5%
7.5%
4
4
Computer Numerical Control Machines
Computer Numerical Control Machines
6.9%
6.9%
5
5
Fanuc
Fanuc
4.3%
4.3%
6
6
Mazak
Mazak
3.6%
3.6%
7
7
Micrometers
Micrometers
3.4%
3.4%
8
8
Operate Computer Numerical Control
Operate Computer Numerical Control
2.6%
2.6%
9
9
Okuma
Okuma
2.5%
2.5%
10
10
Safety Procedures
Safety Procedures
2.4%
2.4%
11
11
Cam
Cam
2.1%
2.1%
12
12
Machine Operation
Machine Operation
1.8%
1.8%
13
13
Aerospace
Aerospace
1.7%
1.7%
14
14
Mori Seiki
Mori Seiki
1.6%
1.6%
15
15
Aluminum
Aluminum
1.5%
1.5%
16
16
CMM
CMM
1.5%
1.5%
17
17
Fadal
Fadal
1.2%
1.2%
18
18
Edit Programs
Edit Programs
1.1%
1.1%
19
19
Manual Mill
Manual Mill
1%
1%
20
20
M Codes
M Codes
1%
1%
21
21
Mazatrol
Mazatrol
1%
1%
22
22
CAD
CAD
0.9%
0.9%
23
23
Drill Press
Drill Press
0.9%
0.9%
24
24
Hand Tools
Hand Tools
0.9%
0.9%
25
25
Machine Tools
Machine Tools
0.8%
0.8%
26
26
ISO
ISO
0.8%
0.8%
27
27
Quality Checks
Quality Checks
0.8%
0.8%
28
28
Machine Shop
Machine Shop
0.8%
0.8%
29
29
EDM
EDM
0.8%
0.8%
30
30
Stainless Steel
Stainless Steel
0.8%
0.8%
31
31
Titanium
Titanium
0.7%
0.7%
32
32
VMC
VMC
0.7%
0.7%
33
33
Height Gauges
Height Gauges
0.7%
0.7%
34
34
Hass
Hass
0.6%
0.6%
35
35
G-Code
G-Code
0.6%
0.6%
36
36
Troubleshoot
Troubleshoot
0.6%
0.6%
37
37
Precision Parts
Precision Parts
0.6%
0.6%
38
38
Manual Machines
Manual Machines
0.6%
0.6%
39
39
Raw Materials
Raw Materials
0.5%
0.5%
40
40
GD
GD
0.5%
0.5%
41
41
OD
OD
0.5%
0.5%
42
42
Doosan
Doosan
0.5%
0.5%
43
43
Inconel
Inconel
0.5%
0.5%
44
44
Turning Centers
Turning Centers
0.5%
0.5%
45
45
Surface Grinders
Surface Grinders
0.5%
0.5%
46
46
Ensure Conformance
Ensure Conformance
0.4%
0.4%
47
47
Reference Points
Reference Points
0.4%
0.4%
48
48
Hurco
Hurco
0.4%
0.4%

8,310 Computer Numerical Controller Machinist Jobs

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