Responsible for part programming of CNC Machine Tools, process development and customer training in an industrial environment.
Responsibilities
Conduct pre-sale activities and reviews including customer visits, evaluation of opportunities, machine assessment and recommendations, part processing recommendations and development of turnkey proposals
Make accurate cost estimates, write engineering reports, and interpret plans and specifications
Program and set up CNC lathes, CNC vertical or horizontal mills
Develop and implement custom demonstrations and train customers in the safe set up and operation of CNC machining centers and lathes
Senior Manufacturing Engineer responsible for optimizing machining processes, improving throughput and quality, and leading CNC programming and process development initiatives across production lines.
Compensation
We offer attractive, competitive compensation and benefits including, medical, dental, 401k, short-term disability, AD&D, tuition reimbursement, and more.
Responsibilities
Optimize machining processes to improve OEE, reduce scrap, and increase throughput.
Develop, modify, and validate CNC programs for lathes and milling machines (vertical and horizontal).
Lead toolpath development and cutting strategy optimization for automotive components.
Identify and implement optimal tooling, inserts, and workholding solutions.
Troubleshoot machining issues including cycle time, tool wear, chatter, and dimensional variation.
Produces machined parts by programming, editing, setting up, and operating a computer numerical control (CNC) machine; maintaining quality and safety standards; keeping records; maintaining equipment and supplies.
Compensation
In accordance with applicable pay transparency laws, the hourly payrate for this position is $19.50-$24.38.
Responsibilities
Plans machining by studying work orders, blueprints, engineering plans, materials, specifications, orthographic drawings, reference planes, locations of surfaces, and machining parameters; interpreting geometric dimensions and tolerances (GD&T).
Plans stock inventory by checking stock to determine amount available; anticipating needed stock; placing and expediting orders for stock; verifying receipt of stock.
Programs mills and lathes by entering instructions, including zero and reference points; setting tool registers, offsets, compensation, and conditional switches; calculating requirements, including basic math, geometry, and trigonometry; proving part programs.
Sets-up mills and lathes by installing and adjusting three- and four-jaw chucks, tools, attachments, collets, bushings, cams, gears, stops, and stock pushers; indicating vices; tramming heads.
Loads feed mechanism by lifting stock into position.
Work independently with minimal supervision to program, set up, and operate CNC and conventional/manual machining equipment to manufacture complex parts from engineering drawings, sketches, specifications, or verbal instructions.
Responsibilities
Evaluate jobs and determine the most efficient machining method, equipment, tooling, and sequence of operations.
Create, modify, and maintain CNC programs and related documentation.
Set up and operate CNC machining centers, ProtoTRAKs, and conventional/manual machining equipment.
Machine complex parts from engineering drawings, sketches, specifications, or verbal instructions.
Design and fabricate fixtures, tooling, and machining aids as needed.
Requirements
High school diploma or equivalent
Nice to have: Formal Toolmaker/Machinist apprenticeship
Nice to have: extensive CNC and manual machining experience
Develop, program, and optimize complex 5-axis CNC machining processes for high-precision components in aerospace, defense, medical, and industrial applications.
Compensation
Pay: $80,000–$90,000 annually, depending on experience
Responsibilities
Develop, create, and optimize CNC programs for complex 5-axis machining applications.
Utilize Mastercam software to develop efficient machining programs and multi-axis toolpaths.
Use Vericut simulation software to verify CNC programs, identify potential collisions, and improve machining efficiency.
Interpret engineering blueprints, CAD models, technical drawings, and GD&T specifications.
Develop and optimize machining strategies for complex, high-precision components.
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