Full Description
VMC Setter Implementing Accuracy Parameters
Job Description
As the "Conductor" of the manufacturing floor, the production engineer is in charge of converting raw materials into final products as efficiently and waste-free as possible. Your main responsibility is to supervise the entire production process, making sure that output goals are fulfilled in accordance with stringent quality standards, on schedule, and within budget. You serve as a liaison between design and delivery, maximizing both labor and machine use. The ideal applicant is a proactive problem-solver who enjoys working in a fast-paced atmosphere and has the technical know-how to quickly address mechanical or process-related issues.
Responsibilities:
Machine Setup & Fixturing: Install and position work-holding devices including rotary tables (4th axis), modular fixtures, and precision vices by interpreting setup sheets.
Cutting tools (end mills, face mills, drills, and taps) should be assembled into the proper holders (BT40, CAT50, and HSK) and then loaded into the Automatic Tool Changer (ATC).
Work & Tool Offsets: Create precise "Work Coordinate Systems" (G54-G59) and use manual gauges or touch probes to compensate for tool
diameter and length.
Program Verification: To make sure the tool pathways are free of fixtures and obstacles, upload the NC program and run "Dry Runs" or "Single Block" execution.
First Article Inspection (FAI): To ensure conformity with the drawing, carry out the first manufacturing cycle and use precision instruments to create a dimensional layout.
Skills:
Proficiency in reading intricate engineering drawings and comprehending geometric dimensioning and tolerancing symbols.
Metrology Mastery: The ability to use high-precision measuring instruments, such as digital micrometers, air gauges, bore gauges, and height masters.
Controller Fluency: Practical knowledge of key CNC controllers from companies like Fanuc, Haas, Siemens, or Mitsubishi.
Mechanical Logic: A thorough comprehension of "Speeds and Feeds" and the behavior of various materials during milling, such as cast iron, stainless steel, and aluminum.
The capacity to identify the cause of an out-of-spec dimension and make the necessary offset or mechanical modification to repair it.
We invite you to apply and explore this exciting opportunity!
Warm Regards,
HR - Maria
88708 33430
infohrmaria04@gmail.com