CNC Machine Operator

ESSENTIAL DUTIES & RESPONSIBILITIES

• Practice safety standards as identified by the Company Handbook, orientation, and verbal instruction from supervisory staff. This includes safety glasses, proper shoes, lifting techniques, and safe chip handling.
• Maintain clean and organized gage tables and work area. This includes wiping down machines following Chips’ guidelines and mopping floors at the end of each shift.
• Proficient in completing production tags and production logs. Must be able to write in a clear and legible manner.
• Accurately perform all functions required at clock emulator, which includes punching in and out at the beginning and end of each shift.
• Use scales to weigh and count production pieces.
• Pull chips when required or instructed and place in proper material location.
• Check and record Heat Lot numbers.
• Read and understand a Job Traveler. This includes, but is not limited to, rate, quantity, revision level, part number and alternate part number, and sequence of operation.
• Starting and ending “job” time keeping from the Job Traveler at the clock emulator.
• Identify and notify supervisor or department leaders of emulator status and production log when jobs are complete.
• Read a micrometer, dial caliper, and demonstrate the ability to use and “set master’’ an indicator micrometer.
• Use, understand, and be able to communicate proper techniques for go/no go gauging, pins, thread rings, and plugs.
• Read and interpret low complexity blueprints and drawings.
• Complete In-process inspection reports accurately. Notify Supervisor or set-up person of out of spec conditions.
• Use effectively Oasis vision System for part inspection when available and instructed.
• Conduct visual inspections on all production parts to ensure workmanship and those parts are free of contamination and debris.
• Demonstrate, and communicate proper techniques for Chips Mfg., Inc. 3-Pan Method.
• Show repeated competency by maintaining limited individual MRB events.
• Offset machines in X, Y, and Z axis using offset sheet. Understand machine tool coordinate system and the difference between wear and geometry offsets.