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Robotic welder vs welder-machine operator

The differences between robotic welders and welder-machine operators can be seen in a few details. Each job has different responsibilities and duties. While it typically takes 2-4 years to become a robotic welder, becoming a welder-machine operator takes usually requires 3-6 months. Additionally, a welder-machine operator has an average salary of $37,171, which is higher than the $33,303 average annual salary of a robotic welder.

The top three skills for a robotic welder include MIG, GMAW and calipers. The most important skills for a welder-machine operator are arc welding, safety equipment, and stainless steel.

Robotic welder vs welder-machine operator overview

Robotic WelderWelder-Machine Operator
Yearly salary$33,303$37,171
Hourly rate$16.01$17.87
Growth rate2%-5%
Number of jobs7,38068,316
Job satisfaction4-
Most common degreeHigh School Diploma, 49%High School Diploma, 53%
Average age4040
Years of experience46

Robotic welder vs welder-machine operator salary

Robotic welders and welder-machine operators have different pay scales, as shown below.

Robotic WelderWelder-Machine Operator
Average salary$33,303$37,171
Salary rangeBetween $26,000 And $41,000Between $27,000 And $49,000
Highest paying CityMinneapolis, MNFontana, CA
Highest paying stateWyomingNevada
Best paying companySanminaBWX Technologies
Best paying industryHospitalityTechnology

Differences between robotic welder and welder-machine operator education

There are a few differences between a robotic welder and a welder-machine operator in terms of educational background:

Robotic WelderWelder-Machine Operator
Most common degreeHigh School Diploma, 49%High School Diploma, 53%
Most common majorPrecision Metal WorkingPrecision Metal Working
Most common college-Dunwoody College of Technology

Robotic welder vs welder-machine operator demographics

Here are the differences between robotic welders' and welder-machine operators' demographics:

Robotic WelderWelder-Machine Operator
Average age4040
Gender ratioMale, 79.6% Female, 20.4%Male, 84.6% Female, 15.4%
Race ratioBlack or African American, 10.2% Unknown, 3.9% Hispanic or Latino, 15.2% Asian, 2.6% White, 66.6% American Indian and Alaska Native, 1.5%Black or African American, 11.0% Unknown, 4.0% Hispanic or Latino, 17.5% Asian, 2.7% White, 63.1% American Indian and Alaska Native, 1.6%
LGBT Percentage3%3%

Differences between robotic welder and welder-machine operator duties and responsibilities

Robotic welder example responsibilities.

  • Weld aluminum, stainless steel and regular steel.
  • Assist in the integration, start-up and debug of plant floor welding equipment, including weld controls, MIG welding robots.
  • Hand-Weld MIG/ TIG as needed.
  • Set up fixturing to weld aluminum concrete forms to print.
  • Bolt, clamp and tack weld parts to secure position for welding.
  • Programme Motoman (robot) to TIG the flanges on exhaust headers.
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Welder-machine operator example responsibilities.

  • Weld required parts using GMAW, GTAW, and SMAW.
  • Require to weld a wide veriety of assemblies, fabricate parts and maintain equipment and fixtures employing GMAW and GTAW techniques.
  • Operate the welding robots and do rework with the MIG welder.
  • Weld both steel and aluminum pressure tanks for both train and truck air brake systems.
  • Dismantle metal assemblies and cut scrap metal, using thermal-cutting equipment such as flame-cutting torches or plasma-arc equipment.
  • Position, align, fit, and weld together parts, using jigs, welding torch, and hand tools.
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Robotic welder vs welder-machine operator skills

Common robotic welder skills
  • MIG, 11%
  • GMAW, 7%
  • Calipers, 7%
  • Tig Welding, 7%
  • Tack, 6%
  • Clamp, 5%
Common welder-machine operator skills
  • Arc Welding, 7%
  • Safety Equipment, 7%
  • Stainless Steel, 6%
  • CNC, 6%
  • Tig Welding, 5%
  • Tape Measure, 5%

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