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Top 50 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, 19.2% of Computer Numerical Controller Machinist resumes contained Computer Numerical Control Lathes as a skill. Let's find out what skills a Computer Numerical Controller Machinist actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A Computer Numerical Controller Machinist

1. Computer Numerical Control Lathes
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high Demand
2 Computer Numerical Control Lathes Jobs

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2. Inspect Parts
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high Demand
Here's how Inspect Parts is used in Computer Numerical Controller Machinist jobs:
  • 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.
  • Job Duties: Operate and inspect parts coming off machine and holding tolerances within plus or minus .005-.001
  • Set up and program CNC Mills, read prints, parts production, inspect parts
  • Read blue prints and use measurement and tools to check or inspect parts.
  • Inspect parts, Collect, measure and enter dimensional data using SPC.
  • Inspect parts with measuring instruments to verify tolerances per print.
  • Use different type of Measurement Devices to inspect parts.
  • Inspect parts and record data using precision inspection equipment.
  • Inspect parts to be precise with blueprint tolerance.
  • Set up, inspect parts and operate CNC Lathes
  • Load, adjust, repair, and inspect parts
  • Inspect parts to ensure proper production per guidelines.
  • Inspect Parts before Moving to the next process.
  • Inspect parts and adjust machine to print.
  • Use precision measurement tools to inspect parts.
  • Program, set up and inspect parts.
  • Inspect parts base on blueprint.
  • Run machines and inspect parts.
  • Inspect parts per blue print.

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3 Inspect Parts Jobs

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3. Manual Lathes
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high Demand
Here's how Manual Lathes is used in Computer Numerical Controller Machinist jobs:
  • Build high precision tooling and parts for custom and production machinery on CNC and manual lathes and mills
  • Set up and operate Brown & Sharp Screw Machine, manual Lathes, Mills and Band Saw.
  • Produce machine parts using CNC Machining Centers, manual mills and manual lathes, as per specifications.
  • Program and maintain operations of manual mills, manual lathes, surface and cylindrical grinders
  • Operated 3 axis CNC mills, Manual Mills, and Manual Lathes as required.
  • Set up and operate various CNC and manual lathes and milling machines.
  • Utilized manual lathes and developing fixtures which aided in CNC lathe operations.
  • Programmed CNC lathes, and from time to time ran manual lathes.
  • Set up and ran manual lathes and manual mills.
  • Set up and operate CNC and manual lathes.
  • Operate manual mills and manual lathes.
  • Experience with manual lathes and mills.
  • Set up and operated Vertical, Horizontal 3axis, 4axis machining centers Set up and operated manual lathes and mills.
  • Worked with Bridgeports, manual lathes, and other metal working shop tools for some operations.
  • Experience on manual Bullard surface grinders, manual lathes and mills.
  • Program and operate cnc lathes and manual lathes.
  • Operate manual lathes and Bridgeports as needed.
  • Handled manual lathes and bridgeport machines.
  • Set up and ran Manual lathes, Bridgeport's with proto trac.
  • Operate CNC lathes and mills Operate manual lathes and mills Some set up and minor editing Load and unload materials Siemans controls

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13 Manual Lathes Jobs

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4. Set Up
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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 machines on trial run to verify accuracy of machine settings and programmed control data.
  • Set up and run CNC mills for the sewer and water valve industry.
  • Set up and run CNC milling machines on tooling and prototype parts.
  • Set up reduction efforts to increase output and reduce materials waste.
  • Set up and operation of CNC lathes and milling centers.
  • Program, set up, and operate Haas Vertical Mill.
  • Set up appropriate fixtures for the job.
  • Set up and operate Arrow Milling Machine.
  • Performed multiple set ups throughout the week.
  • Lead set up man and trainer.
  • Set up and ran various CNC machines Lathes CNC ID and OD grinders, mills and gear machines.
  • Set up and run manual and CNC mills, inspect and buy off first parts.
  • Set up and operate CNC VBM.
  • Program, set up, and operate Mazak CNC lathe to produce close tolerance parts including prototype parts.
  • Set up lathe& mill machine
  • Set up and operated VTC s and Doonsons to perform routine production operations on a variety of similar weldments and assemblies.
  • Set up and operate Toshiba VTL, Mazak and Omni boring mills and establish machine work offsets.
  • Program lathes Able to do complex set ups Run production
  • set up and run CNC Marak machines; 6 pallet changer 340 tool holder.

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5. Computer Numerical Control Machines
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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.
  • Trained on mechanical and computer numerical control machines.
  • 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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18 Computer Numerical Control Machines Jobs

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6. Haas Computer Numerical Control
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high Demand
7. Fanuc
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high Demand
Here's how Fanuc is used in Computer Numerical Controller Machinist jobs:
  • Trained on FANUC O1, 21 I-TB, and HAAS controls for standard CNC and Swiss style machines.
  • Set up, program, and operate multiple CNC lathes, and CNC milling machines (Fanuc and Haas controls).
  • Program machines using G code and Conversational programming using FANUC and Centurion 7 contols.
  • Make adjustments as needed on Fanuc control to tooling, program and dimensions.
  • Experience of 15+ Years setup and operation of CNC Fanuc Control Machines.
  • Set up and operated Haas and Fanuc control CNC machinery.
  • Operate Star Swiss style CNC machines with Fanuc controls.
  • Programmed machine in Fanuc controllers for all parts made.
  • Performed set-ups for the lathes using Fanuc controls.
  • Operated and set-up Kuraki KV1200 with FANUC controls.
  • Machine: SuperMax CNC lathe with Fanuc control
  • Operated and set-up Okada with FANUC controls.
  • Operate VTL Fanuc Lathe machine.
  • Operated milling machine Morisiki Fanuc controls.
  • Set up and operation of CNC Matsura millers with Fanuc controls for precision aircraft parts.
  • Read and interpret blue prints Operate Manual vertical mill Operate vertical CNC Machine FANUC Create Programs for individual parts using G code
  • Operated CNC 3 and 4 axis vertical machining center with G & M code using Fanuc and Seiki Multi-M controls.
  • Operated HAAS CNC Mills & Fanuc CNC Robo-drill Set-up and operate CNC machines
  • Operated Awea bridge mill Utilized Fanuc controllers Performed G and M code editing
  • machine typ: cnc milling fanuc control.

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29 Fanuc Jobs

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8. Mazak
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high Demand
Here's how Mazak is used in Computer Numerical Controller Machinist jobs:
  • Run, set up, proof & run programs on a horizontal Mazak Mill using G Codes.
  • Experience running a wide variety of Mazak lathes and experience doing mill work.
  • Utilized Mazak Lathes and mills to produce parts for the automotive industry.
  • Program, setup, operation of Mazak Duel Turn 20.
  • Performed setups on Mazak machines.
  • Run Mazak machine H800, on third shift.
  • Operated computer numerical controlled mills and lathes such as Mori-Seki, Haas mills and Yang and Mazak lathes with set-up experience.
  • Job responsibilities include, but not limited to, set up and run a Mazak Integrex E-650H-ll E Tower, 5axis.
  • Set up and operated CNC machine, Mazak Trol quick turn T640, also edited, make and adjust program.
  • Earned several accolades based on job performance and dependability -Experience with HAAS and Mazak CNC equipment.
  • Operate CNC machines - Mazak Offsets, set up, some editing
  • Operated CNC Mazaktrol and fanuc control Machine.
  • Repaired broad range of machines HAAS VMC, HMC, Mazak VMC, HMC, lathes, Mori.
  • Set up and operated Mazak CNC horizontal and vertical milling centers as well as Mazak CNC lathes.
  • Worked with Fanuc controls, acromatic 2100 and 2600 controls, Mazak 0100 probe controls.
  • Operated Multi Axis Machines including a brand New Mazak mill with the renishaw probe.
  • Operate Mazak Nexus 1100 3 axis and Deckel Maho 5 axis vertical milling centers.
  • Program, setup, operation of Mazak Integrex 35 4 axis CNC millturn.
  • Operate Cnc horizontal mill (Matsuura) with fanuc controls and a horizontal mazak..
  • Run mazak okuma g &l cincinatti kia * Anderson 5 axis bridge port.

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116 Mazak Jobs

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9. Micrometers
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high Demand
Here's how Micrometers is used in Computer Numerical Controller Machinist jobs:
  • Calculate dimensions and tolerances using knowledge of mathematics and instruments such as micrometers and vernier calipers.
  • Verify part dimensions using micrometers or calipers.
  • Inspected sample work pieces to verify conformance with specifications, using instruments such as gauge micrometers, and dial indicators.
  • Used various instruments including: calibers, ID and OD micrometers, depth gauge, indicators and scales.
  • Measured completed work pieces to verify conformance to specifications, using micrometers, gauges and calipers.
  • Operate Tow-motors, and is experience with the use of calipers and micrometers.
  • Skilled with a variety of machinist hand tools such as calipers and micrometers.
  • Used micrometers, calipers and other various tools of the trade daily.
  • Use of precision measuring instruments such as calipers, ID and OD micrometers, depth gages, indicators and scales.
  • Inspect parts using calipers, ID and OD micrometers, depth, gauges, indicators, scales and comparator.
  • Utilized optical comparators, micrometers and quick vision machines as needed to check and maintain part dimensions.
  • Read blueprints and perform in-process inspections Use precision measurement tools(calipers and micrometers).
  • Used hand tools and various gages and micrometers and calipers to check my work.
  • Used micrometers Calipers and other measuring devices.Making offsets of each tool when need.
  • Use calipers, micrometers, and gages.
  • Inspected machined parts to quality work instructions using gages, micrometers, calipers, and optical comparator.
  • Used various measuring tools including height gages, micrometers, plug, ring, and thread gages.
  • Machine operator- cnc lather operator,programming,tool setting,blueprints,micrometers and calipers.
  • inspect sample workpieces to verify confomance with specifictations, using instruments such as gauges, micrometers, and dial indicators.
  • Inspect work using micrometers,calipers, digital height gages, hole mics,probe, gage blocks.

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19 Micrometers Jobs

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10. Operate Computer Numerical Control
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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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15 Operate Computer Numerical Control Jobs

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11. Okuma
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high Demand
Here's how Okuma is used in Computer Numerical Controller Machinist jobs:
  • Type of machines worked on were OKUMA and FANUC controls In charge of 5S my work area along with surrounding areas.
  • Programmed, Setup, Ran, and Maintained 2 Okuma CNC lathes in low volume job shop.
  • Set, program and operate Okuma CNC machining center to produce close tolerance medical components.
  • Write, program, set up and run Okuma horizontal mill using proprietary G Codes.
  • Cut camshafts to blueprint specifications and tolerances in Okuma CNC lathes.
  • Worked and set-up Okuma CNC lathe to make parts to print.
  • Operated a four-axis Okuma mill, making implantable medical parts.
  • Set up and operated horizontal and vertical Okuma CNC mills.
  • Job Description: Setup and Operate Okuma CNC Lathes
  • Set up operator okuma and other CNC lathes.
  • Run an Okuma 5 axis VTM-120Yb.
  • Calculate feed and speed for deference type of metal -Set up and operated Okuma CNC lathe with FANUC controls.
  • Operated Okuma & Howa CNC lathing machines.
  • Trained for Okuma & Howa lathes using Fanuc operational Controls, which led to Mori-Seiki drills and controls.
  • Operated Okuma CNC lathe, Warner & Swasey six spindle screw machine, and custom small hole drilling machine
  • Programmed, setup and ran many types of CNC lathe machines including Mazak and Okuma lathes.
  • Operated and trained new ppl on cnc okuma lathes making plungers for oil field.
  • program, setup and operated Haas VF2 VMC and Okuma CNC Turning Center
  • Used Makino mills and Okuma lathes Quality inspection Tech.
  • Set up Hwacheon, Okuma, And Mori Sekie turning centers.

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14 Okuma Jobs

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12. Safety Standards
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high Demand
Here's how Safety Standards is used in Computer Numerical Controller Machinist jobs:
  • Ensured quality production and safety standards were met while creating and polishing parts on a CNC Lathe.
  • Required to ensure that machines meet safety standards and are properly set to prevent damage.
  • Audit departments daily to ensure best practices, quality and safety standards are followed.
  • Follow all safety standards and procedures as outlined in the employee handbook.
  • Clean and maintain the warehouse in compliance with OSHA safety standards.
  • Perform daily safety standards and maintain cleanness on machine and area.
  • Operate CNC machine, manufacture parts keeping equality and safety standards
  • Ensured adherence to OSHA, HazMat and company safety standards.
  • Maintained quality and safety standards, equipment, and supplies.
  • Maintain safety standards and practices set forth by company.
  • Used all PPE in accordance to safety standards.
  • Maintained quality and safety standards (OSHA).
  • Maintained safety standards, per policy.
  • Maintain safety standards and clean environment.
  • Maintained quality and safety standards while documenting work actions by completing production and quality logs.
  • Produced forging die cavities by programming, setting up, and operating cnc vertical mills maintaining quality and safety standards.
  • Maintain records of safety audits and findings Record and manage safety standards are met by employees
  • Maintained high safety standards, contributing to 3 years straight with no recordable injuries.
  • Assist machine operators to ensure highest quality and safety standards are achieved.
  • full time Understands and adheres to proper freight handling, safety standards while working and cleaning up.

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7 Safety Standards Jobs

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13. Cam
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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.
  • Limited training with MasterCam programming.
  • Program parts using Gibbs cam, setup and operate, CNC mill, Haas Lathe.
  • Assist in training of junior machinists for setup, operation, and CAM/manual programming.
  • Analyzed operational data submitted by Engineers to prepare programs in MasterCAM for CNC Mills.
  • Completed certification for Feature Cam Software from the Engineering Geometry Systems in Chicago.
  • Programmed, setup and ran a Chevalier 2040mv using BobCAM.
  • Programmed CNC mills and lathes with Ez-Cam and Smart Cam Software.
  • Use SmartCam software package for updating job plans and programs.
  • Performed light machine programing using Master Cam V9 computer software.
  • Edit and program at the machine as well as mastecam.
  • Programmed CNC machinery using Solidworks and SolidCAM software.
  • Programmed machine in Featurecam for all parts made.
  • Used Matercam X5 that had surfacing.
  • Used Master Cam X7 to Create NC machining code for Haas 3 and 4 axis Mills.
  • Set up CNC Mills and Lathes Programed Mills and Lathes with MasterCam software Operated CNC and Manual Mills and lathes.
  • Use "Mastercam" software for CNC shape generation and text editing.
  • Set up and operator 3 axis Mill (HAAS) Performed surfcam programming Off sets and tool changes Performed general carpentry duties
  • Tool Tech * Build die sections * Program multiple CNC and manual machines * Program machines with Surfcam
  • Operated Taurus and Milacron CNC machines Used Dynapath Controllers Performed programming using Mastercam 9.1

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64 Cam Jobs

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14. Hand Tools
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high Demand
Here's how Hand Tools is used in Computer Numerical Controller Machinist jobs:
  • Lifted blades on work holding devices using hoists; and positioned and secured them in machines using fasteners and hand tools.
  • Operated wide variety of equipment including power saws, sanders, grinders, and basic hand tools.
  • Created and attached fixtures using clamps, bolts, hand tools, power tools and measuring instruments.
  • Installed secured tools and work pieces on machines, using hand tools and precision measuring instruments.
  • Change worn machine accessories, such as cutting tools and brushes, using hand tools.
  • Work with pallet jacks, wood buggy and small hand tools on a daily basis.
  • Work on various manual milling and turning machines as well other machine hand tools.
  • File or finish surfaces of work pieces, using prescribed hand tools.
  • Have experience using any and all measurement tools and hand tools both.
  • Operated hand tools, drill presses, riveting machines and tap burners.
  • Use a variety of machinist hand tools and precision measuring instruments.
  • Finish parts using hand tools as well as sanders and polishers.
  • Use hand tools unique to metal manufacturing shop environment.
  • Assembled fixtures with hand tools.
  • Use hand tools to change worn cutting tools.
  • Fitted and assembled parts to make, repair or modify dies, jigs and gauges using machine tools and hand tools.
  • Handworked parts using manual mills, drills and hand tools to complete parts to print.
  • Maintain machines and remove and replace broken or worn machine tools, using hand tools.
  • Skilled in operating a Towmotor, heavy machinery, electric and hand tools.
  • Reworked different pieces using a electro arc machine and hand tools for tooling department.

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54 Hand Tools Jobs

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15. Aerospace
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average Demand
Here's how Aerospace is used in Computer Numerical Controller Machinist jobs:
  • Produced parts for numerous customers that included Kodak, Bell Helicopter, and numerous other aerospace companies.
  • Specialized in the design and manufacturing of coil winding machines, defense and aerospace government contract work.
  • Utilize blue prints to determine tooling, gauging, and machine parameters to create aerospace components.
  • Set up & operation of various CNC and conventional machinery to produce precision aerospace parts.
  • Run prototype parts and production runs for the Medical, Defense, and Aerospace industries.
  • Set up and operate complex and semi-complex Aerospace parts on multiple CNC machines.
  • Program, Setup, and Operate CNC Lathe machines for aerospace.
  • Manufactured parts for Solar Turbines, American Airlines & Aerospace Machining.
  • Programmed CNC Mills and Horizontals for Aerospace and Nuclear Industries.
  • Machined components for Oil, Medical, and Aerospace Industries.
  • Manufacture jigs and fixtures and machine their associated components for aerospace interiors company.
  • Set up and operated Mazak CNC lathes and fabricated jigs and fixtures for aerospace industry.
  • Accustomed to working with Tight Tolerances typical in Aerospace, Aviation and Defense Manufacturing.
  • Constructed a myriad of machine parts for industries including Krell Stereos and Aerospace NASA.
  • Operate a Mazak turning center, machining chokes and aerospace electrical components.
  • Worked with metal alloys to produce Cannondale Bicycle and aerospace parts.
  • Machined various components for the aerospace industries.
  • operate moriseiki lathe machining aerospace parts to print
  • Job description: I worked making various components for aerospace and defence industries.
  • machine operator set up and run snk 120 high speed 5 x all work aerospace

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188 Aerospace Jobs

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16. Mori Seiki
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average Demand
Here's how Mori Seiki is used in Computer Numerical Controller Machinist jobs:
  • Experience: MORI SEIKI 4000 and 6300 4 axis, HAAS GH15, Lead Well V 50, HAAS V 40.
  • Set up & operation of Mori Seiki CNC lathes a cell environment to produce precision components for agricultural industry.
  • Program, setup and operate Mori Seiki Lathes (SL-25 and SL-15).
  • Program, operate, and maintain HAAS and Mori Seiki CNC mills.
  • Performed setups and operating of Mori Seiki chucking lathes.
  • Set up and operate Mori Seiki and Cincinnati Mills.
  • Operated Mori Seiki 5 axis mills.
  • Operated multiple Mori Seiki SL-75, SL-65, SL-35, SL-25 in job shop.
  • Operated VTL plus Mori Seiki.Set up and operated machinery download programs offset tools and inspected tooling due to wear.
  • Machine mori seiki 4 axis lathe roughing and finishing centrifugal castings to tolerances from 5 thousandths to half thousandths.
  • Operate CNC machines - Puma, VTL, Mori Seiki Operate horizontal mill
  • Operated Makino machines and Mori Seiki machine.
  • Set & Operate Mori Seiki NT4250DCG Multi-Axis Lathe OKK VG5000 5 Axis Mill Also perform manual milling and lathe work.
  • Program, Setup, Operate, Fanuc controls on Mori Seiki turning centers, Train, & Maintain Equiptment.
  • Set up and operated Mori Seiki, Haas, and Mazak lathes and Haas vertical mills.
  • Operate Okuma machines, Mori Seiki machines, and Millano machines.
  • Program, setup, operation of Mori Seiki, MT2500 9 axis CNC millturn Cycle parts, deburr, and inspection.
  • Documented and Analyzed all Mazak and Daewoo Chucker Turning Operations, and Mori Seiki MV-40 C.N.C.
  • Set up and operated Shizuoka, Excel and Mori Seiki VMCs and Omada saw.
  • Program and setup cnc lathe( Mori Seiki SL40 and Hitachi Seiki) Verify print and material Run daily production and inspection

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25 Mori Seiki Jobs

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17. Aluminum
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average Demand
Here's how Aluminum is used in Computer Numerical Controller Machinist jobs:
  • Check list Accomplishments Redesign engineered trough system for pouring Molten aluminum.
  • Helped implement new processes for machining complex aluminum forgings.
  • Machined products from Titanium and Aluminum material.
  • Machined parts out of materials made from aluminum, various stainless steels and medical- grade plastics.
  • Cut lengths of stock ranging from stainless steel to aluminum using automatic and manual saws.
  • Operate CNC and machined copper, aluminum, brass and steel castings to customers specifications.
  • Shape steel, aluminum, titanium, plastic, silicon and other materials.
  • Run iron and steel castings for pump housings and some aluminum for Caterpillar
  • Machine materials such as aluminum, stainless steels and nickel based alloys.
  • Machined different types of metals, alloys and also aluminum.
  • Machine aluminum, steel and iron parts to +/- .0005.
  • Milled out Aluminum, Mild Steel and Plastic.
  • Worked with aluminum, steel and stainless steal
  • Operate heavy duty crane, and fork lift to maneuver aluminum, steel, metal bar and etc.
  • Read blue prints and worked the many metals aluminum, cold roll, stainless, brass, ect.
  • Cut and machine steel, aluminum and brass parts on a Mori-Seiki, Nigaata and Brothers CNC.
  • Hone and deburr wide range of materials (brass, steel, aluminum, titanium).
  • Operate Okuma CNC Mills and Lathes machining stainless steel and aluminum
  • Designed line of Aluminum motorcycle accessories using Mastercam 9.
  • set up and operate various production machine tools to perform repetitive machining of metal, aluminum, and plastic parts.

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16 Aluminum Jobs

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18. CMM
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average Demand
Here's how CMM is used in Computer Numerical Controller Machinist jobs:
  • Utilize measuring equipment such as Micrometers, Calipers, and CMM to insure the product was with in given tolerance.
  • Worked quality department, performing inspections using CMM, and precision measuring equipment.
  • Verify part dimensions using CMM, micrometers, gauges, and calipers.
  • Submit first piece for CMM check daily, or as needed.
  • Edit CMM programs to Blueprint tolerances to accurately measure parts
  • Operate CMM to inspect parts.
  • Checked parts on CMM, and QDA with various hard gauges, and Calipers.
  • Measure dimensions on finished pieces to ensure conformance to specifications, using precision measuring instruments and send to cmm inspection department.
  • Verified conformance with specifications, using instruments such as CMM Machines, Gauges, Micrometers and Dial Indicators.
  • Experienced heat treatment specialist, AVL Robot Operator & CMM Operator (Ziess & Vento-R machines).
  • Inspect and approve completed parts using precision measuring equipment including manual and automatic cmm's.
  • Verify part dimensions using CMM, optical comparator, micrometers, and/or calipers.
  • Operate Mitutoyo CMM and Brown & Sharp Micro-Hite Inspection Equipment.
  • Calibrate a CMM every week and the Surfcom Machine.
  • Inspect, parts using CMM,OPTICAL COMPARATOR, various mic's, calipers, dial indicators, etc.
  • Experience with Carl Zeiss CMM.
  • Used height gauges, pin gauges, calipers, micrometer, v-blocks, comparators, cmm and overlays to check parts.
  • Learned part inspection using CMM's and MicroHite gages How to read blueprints based on geometric tolerance standards.
  • Certified for Zeiss CNC CMM measuring machine.
  • program and set-up wire EDM Machine Charmilles Robofil 510F, Fanuc Alpha series Inspect parts with Brown and Sharp CMMISO 9001:2008

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2 CMM Jobs

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19. Fadal
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average Demand
Here's how Fadal is used in Computer Numerical Controller Machinist jobs:
  • Trained to operate HAAS, FADAL, and MV-40 milling machines, and CNC grinders.
  • Utilized FeatureCAM to program Fadal 3-axis machining center.
  • Set up, program and operate fadal vertical machining centers to produce close tolerance parts to meet or exceed customer requirements.
  • Program and set-up of Fadal CNC Mills, Supervise Machine Shop and train new employees.
  • Utilize FeatureCAM to program Fadal 60 X 30 VMC with 88HS control 3-axis machining center.
  • Trained others in setting up the Fadal machining center and programming with FeatureCAM.
  • Set up, operate, and program manually Hass, Fadal CNC Mills, and Conventional Mills and Conventional Lathes.
  • Program, Set-up, and Operate Haas and Fadal CNC Mills Supervise day-to-day functions of machine operators
  • Set up, edit, run CNC machines including Haas, Fadal, Robo drills.
  • Set up and operate Fadal and Matsuura CNC milling machines.
  • Set up and operated Fadal VMC, edited cnc program.
  • Set up and operate Mazak QT 10,20, SL-25,H-630 and a Fadal VMC.
  • Set up and run CNC HAAS and Fadal mills 3 axis and 4 axis.
  • Operated various CNC makes such as Fadal, Mazak, Haas, Mori Seiki, Toyoda, and many more.
  • Utilized Camax Command, Smartcam, Fanuc, and Fadal controls.
  • Set up, program-edited, and operated Mori Seiki CNC lathe and Nomura Swiss-style CNC lathe Operated Fadal CNC VMC
  • Chip Foy Set Up & Operate Fanuc ROBO Drill/ FEELER Set UP & operate HassVF3/Operate Fadal
  • Set up 3 and 4 axis Cnc mills(fadal and mori seiki contols).
  • Set up 3 Axis Cnc mills(Hass, Mori seike and fadal controls).
  • Work on vertical mill machines (fadal,enshu,doosan,haas,matsura)

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3 Fadal Jobs

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20. Edit Programs
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average Demand
Here's how Edit Programs is used in Computer Numerical Controller Machinist jobs:
  • Complete setup and operation of CNC lathes, required to edit programs and make adjustments to manufacture materials by print detail.
  • Used math and blueprint reading skills to edit programs and machine commercial and architectural doors according to dimensions given.
  • Run programs; take measurements, edit programs and make all adjustments necessary to make a finished part.
  • Edit Programs -Great Math Skills -Great with checking parts using mics and calipers., measuring tools etc.
  • Follow procedures, mount fixtures, cutters; Load and edit programs and make specific control settings.
  • Load and edit programs; responsible for first piece inspection; train lower level machinist.
  • Check program set up sheets for errors and inefficiencies and edit programs as needed.
  • Edit programs as necessary to ensure quality products.
  • Edit programs using Gibbs or at the machine.
  • Edit programs, inspect material, 1st articles.
  • Edit programs as and when required.
  • Write programs or edit programs to make sure parts stayed withing talorance.
  • Edit programs as needed Setup appropriate measuring tools for items being machine.
  • Run and edit programs Corrected defects as and when required.
  • Edit programs when needed Work closely with close tolerance.
  • Run, setup, maintain, and edit programs on VMCs.
  • Edit programs Check parts on a comparator
  • edit programs , adjust feeds and speeds, change tools, rewrite code if needed).
  • Set up and operate Vertical Machining Centers Select appropriate tooling Edit programs Set and adjust offsets Part finishing and inspection
  • Edit programs Run different CNC machines Conduct tool changes Prep parts for shipping Inspect finished parts Assist with setup Train others

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47 Edit Programs Jobs

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21. M Codes
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average Demand
Here's how M Codes is used in Computer Numerical Controller Machinist jobs:
  • Teach operators what to monitor and how to understand G&M codes, as well as machining principles.
  • Worked 18 years with CNC vertical and horizontal (G & M codes) machining centers.
  • Set the tool and made minor adjustments to program using different G and M codes.
  • Changed tooling: jaw and fixtures in equipment using G and M codes.
  • Program editing to include G and M codes and offsets for CNC Machines.
  • Edit program when necessary with G codes and M codes as needed.
  • Edit programming, knowledge of common g and m codes.
  • Edit G and M codes at controls when necessary.
  • Programmed CNC machines using manual G and M codes.
  • Performed editing and off-sets using G+M codes.
  • Read and understand machine program codes.
  • Program at the machines using G&M codes.
  • Gained knowledge of G codes and M codes.
  • Understand and know how to use G&M codes * Set up all necessary fixtures.
  • Understand G and M codes Setup Haas 4th axis in milling machine
  • Navigate effectively Fanuc G and M codes for editing.
  • Experience set up, MDI, programming with fanuc control G & M codes.
  • Operated and programmed Mori Seki lathe machine in G&M codes daily.
  • Programmed with G and M codes on Hardinge Cnc Lathes.
  • Program using Edgecam and Wireframe from Solidworks 3D models and G&M codes at the machine

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22. Mazatrol
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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.
  • Work with engineers on customer models and developed Mazatrol programs.
  • Experience with both Mazatrol & EIA programming.
  • Know G Code on CNC lathe and Mazatrol.
  • Learned to write programs using Mazatrol Control on a QT 20 Mazak Lathe.
  • Used Mazatrol programming as well as mastercam daily to machine required dimensions.
  • Read Blueprints Document Measurements Make changes in MAZATROL conversational programming as needed.
  • Machined threads using Mazatrol Conversational Control on a Mazak QT 20 Lathe.
  • Produced precision metal tube threading on a H.T.L Mazatrol lathe.
  • Program and edit CNC programs using Mazak Mazatrol Controller.
  • Conducted various setups using Fanuc and Mazatrol Programs.
  • Programmed (Mazatrol) and set-up Mazak Quick Slant 20/4 Axis CNC Lathe and Mazak Quick Turn 20 CNC Lathe.
  • Experienced with various materials (rubber, metals and plastic) Worked on Mazak Lathe with Mazatrol Matrix Nexus control.
  • Set up and operate Mazak Integrex machine sand Mazatrol programs, hand write programs.
  • Trained machinists on Mazatrol, Hurco and Daewoo machine controls and operation.
  • Programmed and operated Salizaki 4 spindle vertical milling machine, Mazak vertical milling machine, and Mazatrol subspindle lathe
  • Skilled on the following: Mazak verticals with Mazatrol controls, Moriseiki MH-80's with Fanuc controls.
  • Experience with NCs such as Hurco, Mazatrol and Funuc.
  • Operate Mazaak lathe using conversational mazatrol program Edit and evaluate Cnc programs using Fanuc control to perform to blueprint.

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23. CAD
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average Demand
Here's how CAD is used in Computer Numerical Controller Machinist jobs:
  • Learned cad cam software specifically Bobcad-Cam.
  • Work from blueprints, sketches or computer-aided design (CAD), and computer-aided manufacturing (CAM) files.
  • CAD/CAM-Used software to create machining processes, and improve on existing programs when possible.
  • Completed slight programming with Gibbs CAM CAD and made minor edits to programs.
  • Use Virtual Gibbs Cad/Cam software to program parts for CNC Mills and Lathes.
  • Program and operate CNC machines using cad/cam to create prototype for customer.
  • Modified clients drawing using AutoCAD 2000 before sending to laser for cutting.
  • Created and revised engineering drawings using Anvil CAD software.
  • Utilized CadCam to create blueprints for parts.
  • Create assemblies of many parts, and using many different materials, through CAD (Computer Assisted Drawing software)
  • Job Description: Program/ Set-up and operate CNC Mazak Mills with and without the use of Auto-Cad program.
  • Program, set up, operate CNC mills * Inspect and maintain quality * Procad/cam
  • Use Visi CAD/CAM software to check dimensions and verify tool paths of solid models.
  • Utilized Cim-Cad and Cim-Cam Unix based Software for Turning And Milling Operations.
  • Edit & updated our AutoCAD drawings to Navistar Standards.
  • Master Cam, Auto CAD and Solidworks.
  • Operated programming software: Smart Cam, Versa CAD, SigmaNEST, Vcarve Pro.
  • Utilized Mastercam, and Bobcad software, Fanuc, and Mitsubishi controls.
  • Use AutoCAD and Vcarve programs for designing.Gained experience in job management.Trained on use of Epilog Laser Etcher.
  • Program machines Set-up machines Inspect parts Blueprint reading Worked with AutoCAD Performed maintenance on machines I ran

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80 CAD Jobs

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24. Drill Press
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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.
  • Use manual lathe, milling machines, drill presses, and associated shop equipment and precision measuring equipment.
  • Operated other machine shop equipment such as Bridgeport Milling Machines, Lathes, Drill Presses and Grinding Machines TECHANICAL
  • Set up and operate CNC drill press as part of the High School/business community co-op program.
  • Set up and operated drill presses to drill and tap holes in parts for assembly.
  • Position work piece on the drill press, lathe, or milling machine.
  • Operated manual mills, drill presses, lathes, and grinders.
  • Operate Mill, Lathe, Drill Press, Belt Sanding, Bender, and Welder.
  • Bridge ports, drill presses, band saws.
  • Operated various mills to include Cincinnati, Toyoda and Integrex Performed offsets Replaced Tools Manufactured Non-aircraft parts Operated Drill Press
  • Operate single- or multiple-spindle drill presses to bore holes so that machining operations can be performed on metal or plastic workpieces.
  • Perform Drill Press machining and Sander deburr work as required per blueprint.
  • Operate drill press, lathe and milling machine Performed machine maintenance.
  • Worked on drill presses, operate and program a Haas cnc.
  • Programed and set-up vertical and horizontal CNC mills Ran manual shop equipment - lathes, mills, drill presses and grinders.
  • Run Drill press and Hem saws Volunteer - Coached youth/adult soccer club teams while at Northeastern Service Oklahoma State University
  • Operated horizontal and vertical mill, lathe, cnc spindle, bandsaw and drill press.
  • utilize various manual machines (lathes, drill press, grinders, grinding wheel, to perform non Cnc operations.
  • operated cnc mills and manual drill presses deburred parts
  • set up, touch off, and run CNC mills manual lathe radial arm drill press

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22 Drill Press Jobs

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25. Machine Operation
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average Demand
Here's how Machine Operation is used in Computer Numerical Controller Machinist jobs:
  • Started and observed machine operations to detect malfunctions and out-of-tolerance machining.
  • Started machine and monitored displays and machine operations to detect malfunctions.
  • Started machine operations by inserting control instructions into control units.
  • Listened to machine operation to detect malfunctions.
  • Trained associates on machine operations.
  • Start and observe machine operation to detect any malfunctions or out of tolerance machining and adjust the machine controls as necessary.
  • Help me improve this description Skills hoisting equipment, machine operation, machining, mainframe
  • Checked to ensure that work pieces are properly lubricated and cooled during machine operation.
  • Machine Operation: Entered operating instructions into computers to start and adjust CNC machines.
  • Created work instructions for machine setup to streamline machine operations.
  • Observe drilling or boring machine operations to detect any problems.
  • Instructed and trained other associates on machine operations.
  • Started and observed machine operation and adjusted machine controls as required and machined parts following blueprints.
  • Monitor machine operation and control panel displays and compare readings to specifications to detect malfunctions.
  • Machine operation-Quality inspection/Quality control Tape measure and ruler inspection product color and weight inspection
  • Machine Shop *Supervised all machine operations (CNC and conventional).
  • Started machine and observed machine operation to reposition workpiece, change, and adjust machine settings for multiple and successive passes.
  • Surprise, Arizona Started machine operations by inserting control instructions into control units.Did own Setups and editing of Programs.
  • Manufactured parts Performed programming for machine operations Met quotas for time and parts due per order
  • Operate sit down propane gas forklift to search and lift sheetmetal materials, sizes and guages to machine operations.

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14 Machine Operation Jobs

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26. ISO
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average Demand
Here's how ISO is used in Computer Numerical Controller Machinist jobs:
  • Confer with engineering, supervisory, or manufacturing personnel to exchange technical information.
  • Completed all necessary documentation and reported to shop supervisor as needed.
  • Assisted supervisor with cost estimation and component procurement when necessary.
  • Communicate problems to the immediate supervisor.
  • Worked exclusively with medical equipment conforming to ISO 9001, ISO 13485 and FDA standards.
  • Started as a novice machinist and ended last two years as supervisor.
  • Supervised and reviewed all employee paperwork per ISO-900 and ISO-9001 requirements.
  • Help supervisor organize work n work orders on the floor.
  • Certified and registered to ISO 9001:2008 & AS9100C.
  • Experience with ISO 9001 audits and Lean Manufacturing.
  • Followed quality standards for ISO 9000.
  • Use and understanding of ISO9001 standards.
  • Operate Manual Lathes and Mills Operate 3 & 4 Axis CNC Lathes and Mills Experience with ISO 9001
  • Die Maker Quality Control Supervisor Inspector, Sheet Metal CNC Programmer / Machinist using a 5-axis rail mill.
  • Shift Supervisor with duties including overseeing staff performance and accuracy, quality control and training.
  • Shift Leadman (supervisory experience) on rotating night shift
  • Dry run, troubleshoot and modify programs, adjust offsets and document inspection procedures as needed ( ISO 9001 Acclimated ) .
  • Perform daily/monthly/bi-annual/yearly PM on Cnc mills and document as needed for ISO 9001:2008.
  • Lead Machinist/ Deburr & Lapping Supervisor * Deburr Supervisor of six employee department.
  • up Auto cad drawing Cnc mill lathe, haas fanuc control, supervisor for third shift and production monitor.

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41 ISO Jobs

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27. Quality Checks
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average Demand
Here's how Quality Checks is used in Computer Numerical Controller Machinist jobs:
  • Performed quality checks in-process maintained general housekeeping.
  • Performed quality checks using precision measuring equipment, and making adjustments to programs and/ or offset adjustments as needed.
  • Work with very close tolerances within a couple thousandths Responsible for in process and final stage quality checks.
  • Conducted quality checks using calipers, micrometers, bore mics, depth mics, and program editing.
  • Engage in routine quality checks including first piece inspection using dial calipers, pin gauges and offsets.
  • Performed quality checks using digital micrometers, calipers, and gauges.
  • Perform quality checks and ensure all measuring devices have current calibration.
  • Performed 1st article inspections and periodic quality checks during production.
  • Perform quality checks to ensure product specifications are met.
  • Performed quality checks to ensure the parts are correct.
  • Use micrometers and calipers to complete quality checks.
  • Perform first part inspection and in-process quality checks.
  • Insure pieces pass quality checks before being submitted
  • Perform CM quality checks on finished product.
  • Preform quality checks on every order.
  • Fork lift and pallet jack operator Supervision of other machinist and quality checks of all parts made by the department.
  • Maintain tight tolerances and perform quality checks using micrometers, calipers, microscopes, smart scopes, height gauges etc.
  • Performed quality checks on all blueprints and drawings for correct tolerances, fixing inconsistencies utilizing Autodesk Inventor and Team Center.
  • Performed quality checks at the start of the shift for all machines in the CNC department.
  • Operate and maintain CNC Trumpf machine Operate and maintain Trumpf Trulaser L3030 Operate and maintain Amada metal bender Quality checks Programming

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6 Quality Checks Jobs

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28. Machine Shop
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average Demand
Here's how Machine Shop is used in Computer Numerical Controller Machinist jobs:
  • Familiarized with general machine shop practices.
  • Managed all Employees on a CNC Environment Machine Shop, Ordering Material, Shipping, and Receiving Equipment for entire shop.
  • Programmed and set up CNC vertical mills, and lathes, and other various machine shop equipment as per blueprint.
  • Set up and operated all CNC machines used in machine shops and edit programs as needed for production.
  • Excel has a full machine shop, CNC Sheet metal, and Welding manufacturing on location.
  • Implemented set-up, operation of CNC lathes, milling machines and conventional machine shop equipment.
  • Learn all aspects of Machine Shop, Operate to Blueprint tolerances all basic Machine Tools.
  • Worked with outside tool vendors to implement tooling improvements to the machine shop.
  • Operated all basic machine shop equipment in support of the CNC machines
  • Manufactured all parts in machine shop with an apprentice.
  • Program, set-up and operation of machine shop equipment.
  • Assisted in the development of Kan-Ban machine shop production.
  • Implemented 5S program in the machine shop.
  • Machine shop tools and precision measuring tools.
  • Worked part-time as apprentice in the machine shop
  • Managed machine shop during second shift.
  • Apply knowledge of machine shop theory and procedures, shop mathematics, machinability of materials and layout techniques.
  • Top Fuel Funny Car machine shop: production of engine and drivetrain components.
  • Executed launch of onsite CNC Machine shop.
  • Supervised 2nd machine shop Supervised weld/fab.

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170 Machine Shop Jobs

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29. EDM
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average Demand
Here's how EDM is used in Computer Numerical Controller Machinist jobs:
  • Programmed, setup and ran CNC Vertical Mills, and CNC Sinker EDM's for plastic injection molds.
  • Operated various types of CNC and EDM machines to provide the start to the product life cycle.
  • Program, set up and operate 3 axis CNC milling machine and wire EDM.
  • Trained EDM operators on proper EDM machining and inspection techniques.
  • Managed and scheduled work orders for CNC EDM operation.
  • Write CNC/EDM machine tool programs using computer CAD/CAM software.
  • Ordered tool room supplies for CNC EDM operation.
  • Operated and maintained AGIE and JAPAX EDM systems.
  • Provided support for EDM machines.
  • Do scheduled maintenance on EDM's Work with plastic, highly cross-linked poly, and a variety of stainless and titanium.
  • Lead over CNC and Wire edm departments to insure things moved through the company as needed.
  • Have grinding experience, wire and plunge edm, and also most all manual machines.
  • Programed and set-up vertical CNC mills, Gantry CNC mills, CNC lathes, and CNC wire EDM.
  • Make Electrode and run EDM Sinker (Sodick).
  • Operate EDM Wire (Charmills).
  • Set up and operate Agie wire edm.
  • Wire EDM's, Chucker lathe's, Haas Multi- grind machining center.
  • Completed classes for Charmilles CNC sinker EDMs at Charmilles headquarters in Irvine, Ca.
  • Experience on Okuma, Mazak 350-450-550, Wired EDM, Morisiki
  • Run Charmilles wire EDM's Run Hermle Mills.

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9 EDM Jobs

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30. Stainless Steel
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low Demand
Here's how Stainless Steel is used in Computer Numerical Controller Machinist jobs:
  • Worked with various alloys of Aluminum, Carbon steel, Stainless Steel, and various types of plastics.
  • Machined various types of metals titanium, aluminum, tool steel, stainless steel, and sheet metal.
  • Worked with a variety of materials including stainless steels, titanium, plastics, and resins.
  • Worked with aluminum, copper, brass, plastics, stainless steels, and sheet metals.
  • Created multiple types of gas and steam turbine blades out of high carbon stainless steel.
  • Created over fifty different very small aluminum and stainless steel parts with multiple cavities.
  • Work with different grades of material including stainless steel, aluminum and bronze.
  • Worked with Aluminum, Titanium, and various grades of Stainless Steel.
  • Machined stainless steel, brass, aluminum, and some plastics.
  • Cross trained in stainless steel shaft bay, and cast-iron framing.
  • Worked primarily with stainless steel and titanium machining aerospace parts.
  • Machine C12A C12 Carbon Steel Stainless steel.
  • Worked on variety of materials: 12L14, 4140, A2 tool steel, and various stainless steels.
  • Work with stainless steels such as 17-4 PH, 416, 416L and 303.
  • Worked with a wide variety of materials including but not limited to Inconel, Stainless Steels, Castings, and Aluminum.
  • Produced components for various Flo monitoring devices used in multiple applications from Stainless Steel and Hastelloy.
  • Worked with materials like inconel and 300/400 series stainless steels to create close tolerance parts.
  • Manufacture Aluminium / Stainless Steel: Radar Arches, Hard Tops for boats.
  • Experience machining Inconel, Titanium and Stainless steel.
  • Cut to length stainless steel 1/8"-20" in diameter.

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5 Stainless Steel Jobs

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31. Titanium
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low Demand
Here's how Titanium is used in Computer Numerical Controller Machinist jobs:
  • Worked with tungsten carbide, titanium, heat treated & non-heat treated metals & alloys, fiber glass, & polymers.
  • Machined a variety of exotic metals including 5N/6N copper, nickel vanadium, tantalum, molybdenum, titanium, and tungsten.
  • Machined several materials including stainless steels, bronze, aluminum, carbon steels, titanium, plastics, etc...
  • Machined parts of material such as Aluminum, Stainless Steel, Titanium, Copper, H13, and more.
  • Produced components for the aerospace and electronics industries from titanium, beryllium, magnesium, aluminum and stainless.
  • Produced a variety of parts made out of titanium, stainless steel, MP grade, and PEEK.
  • Gained experience in making all kinds of surgical instruments, worked with titanium, plastics etc.,
  • Used CNC machinery to manufacture Titanium hip replacement, and Knee replacement parts for surgery.
  • Machined material such as titanium, aluminum, steel, stainless steel and plastic.
  • Worked mostly on magnesium transmission cases and titanium mast bases for helicopters.
  • Worked with titanium, aluminum, D-2, brass and tool steel.
  • Machined components made from Aluminum, Magnesium, and Titanium.
  • Operated Gantry milling center for Machining Titanium C-17 Wing parts
  • Worked with titanium and aircraft grade aluminum.
  • Maintained strict compliance with safety policies while setting up and operating Okuma CNC lathe to produce medical implant parts made of titanium
  • Set up edit program to operate 5 axis SNK 120 Materials worked with; titanium, stainless steels, brass.
  • Worked with exotic materials, Tungsten, Titanium, and Molybdenum supplying the areospace, military and medical fields.
  • Set up and operated four and five axis machining centers producing aluminum, steel and titanium aircraft flight components
  • Hold critical surface finish First piece and inspect own work Routinely work with tolerances to +/- .0005 Work with medical grade titanium
  • Machine Steel, Brass, Aluminium and Cast iorn, and Titanium Fanuc control.

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67 Titanium Jobs

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32. VMC
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low Demand
Here's how VMC is used in Computer Numerical Controller Machinist jobs:
  • Programmed and operated CNC-VMC to produce precision parts for the Nuclear Power Industry.
  • Set up inspect and operate large VMC machining air frames for aircraft Industry
  • Program, setup maintain and run VMC Mills.
  • Program and operate a VMC Machining Center.
  • Operated CNC-VMC to produce precision parts.
  • Operate, write and maintain Haas VMC CNC, and Haas gantry mill.
  • Machine parts to specifications, using machine tools, HMC, VMC and or Lathe Cnc machines.
  • Set up and operated VMC's, including Haas and Fadal.
  • Operated Vertical Machining Center (VMC) Fanuc Control.
  • Set up and operate CNC VMC * Inspect finished parts
  • Set up and operated Matsuura VMC's.
  • Installed leveled aligned Haas pallet changing vmc.
  • Machined parts on Fadal VMC's
  • Operated Okuma turning centers and VMC
  • Program complex parts using Gibbs cam, lathes, CNC Prototrak mill, Haas VMC, and EDM wire.
  • Use Mori Seiki VMC and lathes.
  • Programmed for CNC lathes and VMC's using Surfcam & Mastercam softwares for plastic injection and die cast molds.
  • Performed Setups on Haas VMC Mini Mills thru VF-6 .
  • Set up and operated Miyana, Kitamura, and Chiron VMC Inspected high tolerance parts utilizing computer-optical devices
  • Operated Mazak Horizontal Machining Center *Okuma and Howa ACT-15 turning center, Okuma & Howa Millac 435V VMC

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33. Height Gauges
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low Demand
Here's how Height Gauges is used in Computer Numerical Controller Machinist jobs:
  • Verified dimensions, using measuring instruments such as micrometers, calipers and height gauges to ensure adherence to tolerance specifications.
  • Used measuring devices such as micrometers, height gauges, and indicators to inspect parts throughout the production process.
  • Verified position with measuring instruments, such as gauge blocks, height gauges and dial indicators.
  • Used micrometers, height gauges, calipers and veneer scales to measure tools and various parts.
  • Use of micrometers, calipers, height gauges, and indicators to check parts.
  • Used basic shop tools including micrometers, calipers, indicators, and height gauges.
  • Calculated dimensions or tolerances using micrometers, height gauges, and Vernier calipers.
  • Dial and Digital calipers, micrometers, and height gauges.
  • Utilize micrometers, calipers and height gauges.
  • Dial indicators, micrometers and height gauges.
  • Used various measuring gages including micrometers, calipers, height gauges, depth gauges, bore gauges, etc.
  • Validate part dimensionally using calipers, micrometers, height gauges and custom gauges specified for the product being manufactured.
  • Use depth, OD, ID micrometers, calipers, height gauges, an other various measuring tools.
  • Perform first article inspection using variety measuring equipment such has micrometers, height gauges and telescope gauges.
  • Verified dimensions , using measuring instruments such as micrometers, height gauges and gauge blocks.
  • Performed inspection to ensure parts meet required blue print tolarances using micrometers, calipers, height gauges, optical comparators etc.
  • Experience in use of calipers, micrometers, height gauges etc *Programming with 3 and 4 axes using mastercam 8.1.
  • check finished parts with measurment tools such as calipers, micrometers, optical comparators, check screws, and height gauges.
  • Inspect product using Digital calipers, mics, height gauges, comparators, joe blocks ect.
  • Inspected first articles using micrometers, optical comparators, Mitutoyo and Zeiss CMMs and various height gauges.

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10 Height Gauges Jobs

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34. Hass
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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.
  • Worked with CNC Lathe (HASS and OKUMA).
  • Program and Operate a Hass Lathe with live tooling Cad drawings/R&D Engineering and Developing products
  • Set up and ran Hass Mills for aerospace parts, complied with AS9100 procedures.
  • Conducted set up procedures for Hass lathes, manufacturing Boeing aircraft parts.
  • Set up and operate a Hass CNC mill on various jobs.
  • Set up and operate HASS CNC mills Inspection of parts produced.
  • Operated Hass Lathes and Mills inspecting high tolerance parts.
  • Set up and operate Hass machining centers.
  • Set up, and operate CNC Hass mills and lathes.
  • Set up and Run 3 CNC Hass Lathes.
  • Set up and run Hass CNC Machines.
  • Set up and Operation of: * Hass CNC Mills-VF3, Vertical Pallet Changer, Mini Mills.
  • Set up Measuring tools Hass Deburr parts during cycle 100 % 3 axis machines Clean area blueprints
  • Use Hass VMC, Hyundai HMC, and Warner & Swasey lathes.
  • Set up and operates Hass mills and Hass and Okuma lathes to extremely tight tolerances.
  • up and operate Cincinnati Millicron and Hass VF5 3 axis vertical milling centers.
  • Set up and operated vertical milling center * Familiar with Hass control, Fanuc, and G Codes * Ran forklift
  • Write programs Change tooling Inspect parts Set-up machines(hass machines) Blueprint reading
  • Set up CNC lathe Hass SL40, Hass SL30, Hass Hybred, Hitachii Seiki ST30, ST20, & ST10.

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1 Hass Jobs

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35. G-Code
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low Demand
Here's how G-Code is used in Computer Numerical Controller Machinist jobs:
  • Created manual G-Code CNC programs and edited programs to adjust performance.
  • Make necessary adjustments to the programming using m-codes and g-codes.
  • Learned the basics of G-Code and how to read programs.
  • Programmed with MasterCam X2-X4, and also g-code.
  • Generated complex G-code programs using MasterCam X7.
  • Modified and re-wrote G-code programming language as needed
  • Review G-Code to ensure proper program behavior.
  • Review G-Code for right machine action.
  • Program in G-code by hand.
  • Model - Haas SL-10 2 axis CNC Lathe Program Language - G-Code.
  • Program CNC mills using G-code and Conversational Controls Design and fabricate custom fixtures for multiple customer requirements
  • Standardized machining processes and tooling Wrote G-code programs off-line and at the machine; conversational programming at the machine.
  • Create and edit G-code for prototype as well as production CNC runs.Set-up Tooling for CNC.
  • Program G-Code, Set-up, and Tear down of Haas Mills and Okuma Lathes.
  • Contributed in programming of parts using both G-codes and Cimatron software.
  • Edit program and g-code Manage and schedule job orders
  • Operated and did light conversational G-code programming on a Mazak Ultra 650 horizontal machining center with twin tombstone pallets.
  • Write part programs for CNC lathes and mills at machine and using CAD; Fanuc G-code platform.
  • Operated 5 and 3 axis CNC machines Writes and Comprehends G-Code Knowledgeable with Fanuc controls Fabricated parts within .0001 tolerance
  • Read Blueprints Document Measurements Edit G-Code as needed Debur parts as needed Log in and out of jobs Drive Fork Lift

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36. Troubleshoot
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low Demand
Here's how Troubleshoot is used in Computer Numerical Controller Machinist jobs:
  • Perform preventative maintenance on all equipment and ensure adherence to manufacturer instruction and perform troubleshoot on all processes.
  • Perform regular various machine maintenance ranging from preventative to troubleshooting and replacing hardware and tooling.
  • Performed troubleshooting relating to quality, safety and efficiency.
  • Assist machine operators with edits to programs, troubleshooting, and solving problems with machining process.
  • Work closely with engineering in the areas of troubleshooting, lean manufacturing and preventive error management.
  • Experience Programming FANUC Controls, Canned Cycles, CAPS, modify and adjust programs, troubleshoot.
  • Experience Programming G-Code, FANUC Controls, modify and adjust programs, troubleshoot.
  • Coached students on CNC machine and parts manufacturing, problem-solving and troubleshooting.
  • Participated in quality clinics wherein specific quality issues were addressed, troubleshooting and implementation of improved processes, procedures, etc.
  • Maintain equipment by completing preventive maintenance requirements; following manufacturer's instructions; troubleshooting malfunctions; calling for repairs.
  • Machine Troubleshooting Performed effective troubleshooting of CNC Machines and Programming issues.
  • Recognize and eliminate machine alarms Troubleshoot and eliminate variations that are out of process; i.e.
  • Highlighted Accomplishments: Performed setup and CNC program troubleshooting to Machine using both lathes and mills.
  • Have good knowledge on fixturing, processing and troubleshooting any problems that occur with job.
  • Help with design, assembly and troubleshooting of new machines in the prototype phase.
  • Perform "dry runs", test, troubleshoot, debug new programs, machine first articles and prototype parts.
  • Repair of CNC Machines Troubleshooting Installation of new equipment (CNC machine tools)
  • Program, set-up, operate, and troubleshoot Mori Seki 2 turret lathe with live tooling.
  • Set up and operate CNC hydralic boring mill.Troubleshoot programs as needed.Run parts according to blueprints.
  • certified) Troubleshooting - figuring out problems with programs and machinery.

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1 Troubleshoot Jobs

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37. Raw Materials
demand arrow
low Demand
Here's how Raw Materials is used in Computer Numerical Controller Machinist jobs:
  • Assured of no idle time by programming, expediting raw materials, tools and drawings to assigned machinists and machines.
  • Utilized lift trucks for materials handling between work centers and for loading and unloading of raw materials and parts.
  • Machined raw materials into fixture details with a Haas VF-3 Machining Center and a manual lathe.
  • Lift raw materials, finished products, and packed items, manually or using hoists.
  • Operated forklift for loading and unloading raw materials and completed projects.
  • Processed products, prepared raw materials, and maintained equipment.
  • Completed records and forms preset tooling, loaded raw materials.
  • Create surgical instruments from raw materials and molded castings.
  • Run raw materials to form parts to spec.
  • Set up raw materials onto the machines.
  • Ordered raw materials for shop associates.
  • Transform raw materials into finished product.
  • Prepare raw materials for processing.
  • Operate overhead crane , pallet jack and forklifts to move raw materials to work area and recycling bends.
  • Track inventory of raw materials and finished products per hardcopy and electronic records.
  • Issued raw materials to be machined to their proper location.
  • machined components and testing of raw materials.
  • Manufactured offshore pressure vessels Quality Controller Monitored chemical and physical test procedures on all raw materials
  • Edit programs on Fanuc control lathes and Haas mills.Operate forklift and saw machine.Unload trucks of raw materials operating forklift.
  • Performed reworks as needed Performed new raw materials Followed company policies and procedures Used all shop equipment and tools

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7 Raw Materials Jobs

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38. GD
demand arrow
low Demand
Here's how GD is used in Computer Numerical Controller Machinist jobs:
  • Acquired knowledge of GD&T, which I still use in the figuring of formulas and dimensions.
  • Shop maths, geometry, trigonometry - determine dimension of inch & metric convert and GD&T.
  • Understand GD&T and can maintain metric and U.S. standard tolerances within .012mm/.0005in.
  • Machine parts to tolerances and specifications and GD&T call outs.
  • Inspected parts using GD&T specifications, blueprints & schematics.
  • Read and interpreted drawings &GDT.
  • Inspected parts utilizing GD&T.
  • Experience with GD&T, G and M codes and proficient in blue prints.
  • Trained employees on G&M programming, LEAN manufacturing principles and GD&T.
  • Used GD&T working with tolerances to 5 microns (0.0002'').
  • Print reading, GD&T.
  • Have some GD&T training
  • Perform first piece inspection and hourly inspections, including random self audits using GD&T and molds on comparators.
  • Worked on an apprenticeship in general machining on conventional machines, Lathes, Brigdeport mills, and surface grinders.
  • Applied 10 years of manual machining experience using CNC Lathe & Mill to manufacture AGD inspection thread gages.
  • Instructed in GD&T and completed Module 1 of the APICS course on Supply Chain Management.
  • Redesigned special fixtures and tooling to organize the milling process for manufacturing AGD gages.
  • Maintain 100% efficiency/production standards Blueprint, GD&T
  • Have had GD&T training (geometric dimensioning and tolerancing)
  • Machine Yglobe, Wegdeplug, Tiltbody, Paralleldisk and Largebody Valve.

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291 GD Jobs

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39. OD
demand arrow
low Demand
Here's how OD is used in Computer Numerical Controller Machinist jobs:
  • Followed quality guidelines, including first piece verification to ensure produced parts were meeting company standards.
  • Perform and/or verify completion of first-article inspection on all jobs and indicate such on production documentation.
  • Modify cutting programs to account for problems encountered during operation and save modified programs.
  • Produce parts to specific specifications or tolerances.
  • Operated two machines during normal production including Star Swiss Machines Types: SR10J, SR-20RII, SR-RIII, SV-20 and SV-32.
  • Examined coding for more efficient run times and monitored speeds and feeds for efficiency.
  • Specialized in producing bearings and bushings for notable clients such as Caterpillar and Nelson.
  • Maintained production goals through attention to the machining process from start to finish.
  • Changed G code programs so it will fit existing assembly systems.
  • Use cut sheets to cut wood for builders to assemble pallets.
  • Downloaded, proof-read, modified, and dry-ran programs.
  • Logged all part production at end of shift.
  • Operated a MODIG CNC machine checked parts for accuracy
  • Proved and ran efficiently through production processes.
  • Make fixture, modify tools and adapters.
  • Edit, inspection and production.
  • Edit, write part/complete programs in G code and coversational language.
  • choose right tooling such as jaws, boring bars, OD tools, inserts for the job.
  • frame complete, production pulse mig welding.
  • Cut copper electrodes on CNC lathe Built transformers for welding guns Operated saws and drill presses Operated manual mills

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40 OD Jobs

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40. Doosan
demand arrow
low Demand
Here's how Doosan is used in Computer Numerical Controller Machinist jobs:
  • Set up and operated CNC machine programs on HAAS, DOOSAN, and OKUMA machines.
  • Run 3 and 5 axis Doosan lathe machines.
  • Operated and setup numerically and manually controlled grinders, mills, and lathes (i.e., Doosan, Okuma).
  • Job Duties: Operation of and proof reading regarding Okuma lathe and Doosan lathe, minor manual lathe production.
  • Operated manual mills and lathes; set up and light editing of Fanuc controls on Doosan CNC milling machines.
  • Write, edit program, set up and run CNC lathes: Puma-Doosan, Mori Seiki.
  • Set up operator Ran Fanuc, OKUMA, Doosan CNC lathes, and programming experience.
  • Set up and operate Doosan DNM 650 and Mazak VTC-200G 3 axis vertical milling centers.
  • Manage operation of computer numerical control (CNC Doosan Fanuc) machine.
  • Experience with Doosan and Hyundai machines with Fanuc controls.
  • Work with Doosan and Okuma Lathes.
  • Machine Types Nakamura NTM3, WT100, WT150, WT300 and a Doosan.
  • Type of machines ran were Doosan 400 long n short bed .
  • Operate doosan 400, 300, and 220 with fanuc.
  • Set up and operate CNC Doosan Puma 700 Set up and operate manual lathe and mill Edit and programming
  • Operate Fanuc control CNC lathe machines such as Mori and Doosan Puma.
  • Experience on Mazak, Doosan and Makino machines, VQC, VTL.
  • Program and setup of Doosan VMC, Okuma VMC and Mazak VMC.
  • Job Responsibilities: Operation of Yama Seiki, HAAS, and Doosan lathes.
  • Used machines: Matsuura, Haas, Doosan, Robo drill with Fanuc and Yasnac, controls.

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41. Inconel
demand arrow
low Demand
Here's how Inconel is used in Computer Numerical Controller Machinist jobs:
  • Worked with stainless steel, aluminum, titanium, brass, inconel and exotic alloys.
  • Experienced in working with inconel, chrome, iron, stainless steel, and aluminum.
  • Machined Titanium, Inconel, Rene 41 and other exotic materials to tight tolerances.
  • Machine titanium, aluminum, inconel, carbon and stainless, and brass materials.
  • Oil field industry machining inconel mandrels, chrome and stainless material parts.
  • Roughed out material for inlay and cut inlay 710 inconel.
  • Machined numerous alloys including Titanium, Inconel, and Stainless.
  • Worked with stainless steel, Inconel.
  • Cut metals from 4130, 4140 steel, 410 SS, and 710 inconel.
  • Experience in cutting a variety of material from inconel to brass to tungsten to 17-4 ss and casting along with aluminum.
  • Worked with materials including mild and stainless steels, inconells, fiberglass, plastics, teflons, and peak.
  • Set up and run various inconel clad and non clad parts on hbm mills.
  • Worked with a wide variety of materials, from Magnesium to Inconel and Wasaloy.
  • Machined hardened materials such as whaspoloy, inconel, titanium, etc.
  • Machined and broached difficult materials such as K-monel and Inconel
  • Machined parts out of 303, 304 and 316 Stainless Steels, Monel, Inconel, and 600 series Aluminum.
  • Program Edits at the control Machining of Aluminum, Titanium, Inconel, and Stainless Steels within tolerances of +/- .0001"
  • Manufactured parts for sub-surface, high pressure valve company out of Inconel, K Monel & Nitronic 60.
  • Machined Stellite 6, Super Duplex, Hastelloy c276,and 718 Inconel.
  • Job shop environment Parts ran were oil and gas related parts and material varies from Stainless to Inconel.

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2 Inconel Jobs

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42. Turning Centers
demand arrow
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.
  • Work with tooling vendors to acquire various tooling for turning centers.
  • Operated CNC Vertical Turning Centers, Mills, and Boring equipment.
  • Program, set-up, and operate CNC machining and turning centers
  • Set up and operate CNC Lathes and Turning centers.
  • Handle setup and operations of CNC turning centers.
  • Created SETUP and operated CNC Turning Centers.
  • Edited programs for CNC Turning Centers.
  • Job duties were program, set-up, and operate various turning centers for production of hydraulic components for Caterpillar.
  • up / operate CNC turning centers run production and maintain quality parts to meet production schedule.
  • Use MasterCAM as well as Mazak programming software to Program CNC milling and turning centers.
  • Operated 2 and 5 axis Mazak Turning centers.
  • Worked with Mazak C&C turning centers.
  • Set up and operated TSUGAMI SWISS TURNING CENTERS Set up and operated 2 CITIZEN-CINCOM C.N.C.
  • Set up and operated most nc milling centers but also started setting Nc and CNC turning centers.
  • Program 2 and 3-axis HAAS and Mori Seki Turning Centers.
  • Operate Mazak turning centers Dual spindle multiplex, and super quick turn lathes using Mazatrol also numerous Fanuc controlled turning centers.
  • Program set-up and operate on Mori Seiki SL150 and Miyano BND/BNC turning centers with live tooling and bar feeders.
  • Programmed CNC Maching Centers, and Turning Centers in a Moldshop enviroment.
  • Run Mazak Cnc Mills and Turning centers * Setup of brake punch and coil line * Fabrication of replacement parts for machine

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31 Turning Centers Jobs

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43. Surface Grinders
demand arrow
low Demand
Here's how Surface Grinders is used in Computer Numerical Controller Machinist jobs:
  • Experienced using conversational programming on HURCO CNC Machining Centers, manual mills and lathes, surface grinders and tool grinders.
  • Run and set up Haas CNC Mills, Also set up and run CNC precision Surface grinders and manual grinders.
  • Set up and run all conventional mills, lathes, drill presses, band saws, and surface grinders.
  • Develop unique fixtures and tooling using manual mills, lathes, and surface grinders.
  • Set up and operated CNC lathes, mills, and manual surface grinders.
  • Operate CNC milling machine, fabrication, surface grinders, lathes.
  • Run Engine Lathe, Bridgeport Mills and Surface Grinders
  • Programmed, set-up and operated CNC surface Grinders.
  • Experience with Surface grinders and cylindrical grinders.
  • Hand grinders, surface grinders.
  • Operate Machine tool: Manual and CNC mill or lathe, EDM, surface grinders.
  • Program editing and operation of CNC machines, running of Matsuura cell and shop equipment to include surface grinders.
  • Program set-up and operate Haas Turning Center, Fanuc Controls, Run Engine Lathe, Mills and Surface Grinders
  • Learned to run CNC mills and surface grinders In charge of overseeing a cell group of machines
  • Operate manual Bridgeports, surface grinders, and lathes.
  • Operate surface grinders and Blanchard grinder .Operate drill press, automated saws, ban saws and any hand tools needed.
  • Operated conventional machine tools: Bridgeport mills, punch presses, bandsaws, manual surface grinders.
  • Use all precision measuring equipment to insure tolerances .Operate surface grinders and Blanchard grinder.
  • Machine Tool Tecnology - Learned Manual Maching mills, lathes surface grinders.
  • Blue Ash Tool and Die 07/1986 - 05/1991 Setup and ran manual bridgeports mills, leblonde lathes and surface grinders.

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61 Surface Grinders Jobs

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44. Ensure Conformance
demand arrow
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.
  • Measure and examine completed parts to ensure conformance to specifications using precision instruments, such as micrometers.
  • Measured, examined completed parts to detect defects and ensure conformance to specifications.
  • Inspect parts using precision instruments to ensure conformance
  • 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.
  • Read blueprints, drawings, CNC programs and engineering instructions to ensure conformance to specifications of precision parts.
  • Measure dimensions of finished part to ensure conformance to specification and edit offsets to maintain tolerance.
  • Observe milling or planing machine operation and adjust controls to ensure conformance with specified tolerances.
  • 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
  • Inspected quality of finished work pieces to ensure conformance to specifications.
  • Measure dimensions of finished work pieces to ensure conformance to specifications.
  • Measure dimensions of finished workpieces to ensure conformance to specifications using precision measuring instruments.
  • Edit programs as needed to conform to specification of print * Inspect parts using precision instruments to ensure conformance
  • Measured dimensions of finished work pieces to ensure conformance to specifications Removed and replace dull cutting tools.
  • Measure and exam parts to ensure conformance.
  • rehired 2011 to 2014) Ducommun Aero-structures Duties measure dimensions of finished work pieces to ensure conformance to specifications.

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45. Reference Points
demand arrow
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.
  • Measured, marked and indicated proper dimensions and reference points on parts and fixtures for future reference.
  • Set up reference planes, location of surfaces, machining parameters, including zero and reference points.
  • Edit program for adjustments such as feed rate, RPM, depth of cut and reference points.
  • Produce machined parts by editing programming, set up, zero reference points, and offsets.
  • 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.
  • Determine reference points and direction of machine cutting paths.
  • Determined reference points, cutting paths, hole locations.
  • Operated hand tools, drill presses, riveting machines and tap burners.Measured and marked dimensions and reference points accurately.
  • Measured, marked and scribed dimensions and reference points on materials and work pieces as guides for subsequent machining.
  • Measure and mark reference points and cutting lines on workpieces, using traced templates, compasses, and rules.
  • Establish zero reference points on workpieces, such as at the intersections of two edges or over hole locations.
  • Measured, marked and indicated proper dimensions and reference points on materials and work pieces for future reference.
  • Programed mills by entering zero and reference points, setting tool registers, offsets and compensations.
  • locate zero and reference points and enter tool length and offsets.

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102 Reference Points Jobs

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46. Hurco
demand arrow
low Demand
Here's how Hurco is used in Computer Numerical Controller Machinist jobs:
  • 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.
  • Operated Hurco Vertical Milling Machines.
  • Download, edit, set-up and run OKK and Hurco Mills.
  • Trained to setup and run HURCO MILL for short run production jobs
  • Program, set up and operate Hurco CNC lathe.
  • Programmed a Hurco vertical mill for 8 years.
  • Worked on 2nd and 3rd shift, operating Hurco VM10i, VM20i, and VM30i.
  • Operated Fanuc controls and Windows based Hurco controls regularly.
  • Utilize Mastercam and conversational software to program and operate Hurco vertical 3 and 4 axis machining centers.
  • Worked on Fadal and Hurco machines.
  • Operate a CNC Lathe (Mazak) and a CNC mill (Hurco).
  • Set up and run hurco cnc mill.
  • Performed all setups, programming and operating of Hurco VM1, Hawk 30, and Accu Rite Millpower Bridgeport.
  • Run numerous machines 3 axis including Haas vf1 and vf3 as well as Hurco XI42 and Hurco XI50.
  • Set up and operation of Hurco CNC mills for the manufacture of aluminium vaccum form molds.
  • Create solid models in Solidworks for manufacture Import solid models into Mastercam X7 to create CNC programs for Hurco VMC's.
  • Manage inventory/ order stock Operate/Set Up Hurco CNC Mill/Lathe Operate manual Mill/Lathe Log all parts made and present to owner
  • up and programing of Hurco machining centers.Design and machine fixtures and prototypes.
  • Program,set up Hurco CNC Milling Machine for electro-mechanical parts for Sandia Labories,New Mexico division

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47. Mitsubishi
demand arrow
low Demand
Here's how Mitsubishi is used in Computer Numerical Controller Machinist jobs:
  • Created computer-aided design (CAD) cutting paths for AGIE and Mitsubishi electrical discharge machining (EDM) machines.
  • Set up and operate Mitsubishi horizontal machining center with pallet changer and fourth and fifth axis capability.
  • Program, edit, set-up and run Large Mitsubishi Mill.
  • Program setup and operate Haas and Mitsubishi CNC lathe.
  • Programmed and operated a Mitsubishi - O.D.
  • Set up and Operation of (Approximately 90% of experience): Mitsubishi Wire Electron Displacement Machine (EDM).
  • Set up & operate Mori-Seiki: SL2, SL-25, SL154, and CL200 lathes.Mitsubishi lathe and Pratt & Whitney mill.
  • Machine Center Bodies using the Mitsubishi CNC 4 Axis Horizontal Milling Machine & Vertical Turning lathe (VTL).
  • Operated and set up 5 axis Mitsubishi m-ht11/416 and operated Olympia H100x60 CNC horizontal boring mill
  • Set up and production of screw machines- Mitsubishi and Miano.
  • Set up & run Mitsubishi CNC lathes with barfeeders.
  • Experienced with Fanuc and Mitsubishi controls.
  • Operated Mitsubishi HM-series and Fadal 4020 horizontal machining centers.
  • Job Duties: Edit programs, Set-up, and operate Mori-Seiki and Daewoo CNC Turning centers utilizing Mitsubishi and Fanuc controllers.
  • Skilled in the use of Cincinnati Milacron and Mitsubishi CNC Turning Centers using Fanuc controls.
  • Job duties performed include programming and setting up Mitsubishi Wire Edm machines.
  • Set up and operate a Mitsubishi mvr 30 vertical mill w/ right Milford, N.H. 03055 angle attachment capability.
  • Used Mori Sieki, Okuma and Cincinnati Mitsubishi C.N.C.
  • Operated Kitamura and OKK vertical milling machines Utilized Mitsubishi controllers Programmed using Visi
  • set up and run cnc mill and lathe Controls: Fanuc, Mitsubishi

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18 Mitsubishi Jobs

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48. SPC
demand arrow
low Demand
Here's how SPC is used in Computer Numerical Controller Machinist jobs:
  • Programmed SPC data collection equipment and analyzed reports.
  • Managed statistical process control (SPC) operations, including control measurements of parts and materials being produced.
  • Maintained quality control throughout manufacturing runs by consulting blueprints and SPC.
  • Used computer SPC stations to record dimension data per customer requirements.
  • Blue print Reading and inspection on SPC using control charts.
  • Enter SPC data into computer for inspection.
  • Use of SPC for data collection.
  • Input information in SPC each hour.
  • Recorded and maintained all SPC documentation.
  • Preformed offsets, G&M code edits, tool changes and SPC reports.
  • Changed tools, preformed part checks (SPC) on all jobs.
  • Use and properly fill out SPC Charts.
  • Set up machines, set offsets, obtained tooling, kept spc charts.
  • Document quality records (SPC) Identify machine malfunctions and resolve them.
  • Used CMM's and optical comparators to complete SPC inspections.
  • Experience with SPC (Statistical Process Control), 1st pc.
  • Perform SPC checks as per the Quality Control Plan.Support and maintain department lean initiatives as set out in LPS system requirements.
  • Set up and ran 3 & 4 axis mills for the aerospace industry Held close tolerance work Kept SPC charts
  • Worked as a cnc set-up operator, spc, audit.
  • Check parts and do SPC paperwork Skills Used Hold tolerances as low as .0005 reading blueprints.

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2 SPC Jobs

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49. Multiple Machines
demand arrow
low Demand
Here's how Multiple Machines is used in Computer Numerical Controller Machinist jobs:
  • Help out in other departments when needed and run multiple machines as time permits.
  • Run multiple machines at once, improving on-time delivery to 98%.
  • Proof programs and run production on multiple machines holding close tolerance.
  • Run different part types in multiple machines depending upon job priorities.
  • Edited program of multiple machines as needed according to production requirements.
  • Involved in the set up and programming of multiple machines.
  • Set up and run multiple machines start to finish.
  • Set up multiple machines CNC lathes and mills.
  • Operated multiple machines, perform maintenance and cleaning.
  • Initiated setup and layout of multiple machines.
  • Can operate multiple machines when time allows.
  • Program and run multiple machines simultaneously.
  • Operate multiple machines to build pistons.
  • Crossed trained on multiple machines.
  • Set up of multiple machines.
  • Performed setups on multiple machines.
  • Machine small and large parts to tolerances of .001 Set up and operate multiple machines
  • Hold tolerances +/-.0002, run a fast paced production shop keeping multiple machines running while also maintaining other operators production.
  • Operated multiple machines and set-up of Ocuma lathes and mills, and Bridgeport Easytrack and Easypaths.
  • Set up Haas machines Tight tolerance aerospace First article and debur parts Run multiple machines at once

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19 Multiple Machines Jobs

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50. Production Runs
demand arrow
low Demand
Here's how Production Runs is used in Computer Numerical Controller Machinist jobs:
  • Maintain accurate log of parts and programs to ensure proper machining takes place in future production runs.
  • Perform a variety of moderate to complex machining operations from tool setup through production runs.
  • Designed and produced tooling for all production runs with manual Bridgeport's and lathes.
  • Completed set up of machines from process sheets to finished part and production runs.
  • Close tolerance, short run and semi-production runs, along with occasional prototype machining.
  • Managed the daily production of the mill department and did short production runs.
  • Designed and machined Fixtures/Jigs for use in production runs of new business.
  • Operate manual and CNC equipment in long and short production runs.
  • Inspect all finished parts for accurate tolerances prior to production runs.
  • Work to close tolerances and long and short production runs.
  • Operated all CNC millers and lathes for production runs.
  • Write and edit NC programs for production runs.
  • Created and designed fixtures for production runs.
  • Trained temporary employees for production runs.
  • Set up Tsugami/Star Swiss lathes tooling/ change over bar feeder for different size stock, and load programs for production runs.
  • Set up, programed and operate Haas vertical machining center for short and long production runs.
  • Set machine up for both proto-type and production runs of large and small orders.
  • Create Programs, fixturing, set-up and produce production runs.
  • Led projects on developing production runs, trouble-shooted production issues, and trained and developed others in similar roles.
  • Set up&operated Okuma cnc lathes small to large production runs.

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47 Production Runs Jobs

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Computer Numerical Controller Machinist Jobs

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20 Most Common Skills For A Computer Numerical Controller Machinist

Computer Numerical Control Lathes

22.4%

Inspect Parts

17.6%

Manual Lathes

16.1%

Set Up

6.6%

Computer Numerical Control Machines

6.1%

Haas Computer Numerical Control

3.8%

Fanuc

3.8%

Mazak

3.2%

Micrometers

3.0%

Operate Computer Numerical Control

2.3%

Okuma

2.2%

Safety Standards

1.9%

Cam

1.8%

Hand Tools

1.5%

Aerospace

1.5%

Mori Seiki

1.4%

Aluminum

1.4%

CMM

1.3%

Fadal

1.1%

Edit Programs

1.0%
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Typical Skill-Sets Required For A Computer Numerical Controller Machinist

Rank Skill
1 Computer Numerical Control Lathes 19.2%
2 Inspect Parts 15.1%
3 Manual Lathes 13.8%
4 Set Up 5.7%
5 Computer Numerical Control Machines 5.3%
6 Haas Computer Numerical Control 3.2%
7 Fanuc 3.2%
8 Mazak 2.8%
9 Micrometers 2.6%
10 Operate Computer Numerical Control 2.0%
11 Okuma 1.9%
12 Safety Standards 1.6%
13 Cam 1.6%
14 Hand Tools 1.3%
15 Aerospace 1.3%
16 Mori Seiki 1.2%
17 Aluminum 1.2%
18 CMM 1.1%
19 Fadal 0.9%
20 Edit Programs 0.9%
21 M Codes 0.7%
22 Mazatrol 0.7%
23 CAD 0.7%
24 Drill Press 0.7%
25 Machine Operation 0.6%
26 ISO 0.6%
27 Quality Checks 0.6%
28 Machine Shop 0.6%
29 EDM 0.6%
30 Stainless Steel 0.6%
31 Titanium 0.5%
32 VMC 0.5%
33 Height Gauges 0.5%
34 Hass 0.5%
35 G-Code 0.5%
36 Troubleshoot 0.5%
37 Raw Materials 0.4%
38 GD 0.4%
39 OD 0.4%
40 Doosan 0.4%
41 Inconel 0.4%
42 Turning Centers 0.4%
43 Surface Grinders 0.4%
44 Ensure Conformance 0.3%
45 Reference Points 0.3%
46 Hurco 0.3%
47 Mitsubishi 0.3%
48 SPC 0.3%
49 Multiple Machines 0.3%
50 Production Runs 0.3%
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3,986 Computer Numerical Controller Machinist Jobs

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