Core Responsibilities
The role is a mix of digital coding and physical mechanical work.
1. Programming (Digital Phase)
Code Development: Writing G-codes and M-codes manually or using CAM software (like Mastercam, Delcam, or SolidCAM) to define the machine's path.
Optimization: Refining programs to reduce cycle time (the time it takes to make one part) while maintaining quality.
Simulation: Running digital simulations to check for crashes—ensuring the tool doesn't hit the machine frame or fixtures.
2. Setting & Operating (Physical Phase)
Machine Setup: Installing the correct cutting tools, jigs, and fixtures as required by the job sheet.
Workholding: Securing the raw material (metal, plastic, or wood) onto the machine bed using clamps or vices.
Operation: Running the machine, adjusting speeds and feeds, and managing the flow of coolant to prevent overheating.
3. Quality Control
First-Part Inspection: Measuring the very first part produced in a batch using precision tools (calipers, micrometers, or height gauges) to ensure it matches the drawing.
In-Process Checks: Monitoring the machine throughout the day to catch tool wear or deviations in accuracy.
đź› Required Skills (The One-Word List)
G-Code: The universal language for CNC machines.
Blueprints: Ability to read complex engineering drawings (GD&T).
Precision: Accuracy in measurements (often up to ).
Logic: Understanding the sequence of machining operations (milling, drilling, turning).
Troubleshooting: Identifying why a machine is vibrating or why a cut isn't clean.
Experience
1 - 2 Years
No. of Openings
1
Education
I.T.I. (Computer Operator and Programming Assistant)
Role
CNC Machine Operator cum Programmer
Industry Type
Manufacturing / Production / Quality
Gender
[ Male / Female ]
Job Country
India
Type of Job
Full Time
Work Location Type
Work from Office
Face interview location
Impact HR and KM Solutions Near Canada Corner Signal Ravi Chambers Basements Below Laminate Gallery