CNC VMC Operator Graduate Jobs in Nashik

Key ResponsibilitiesMachine Setup: Loading raw materials (castings, blocks, or bars) into the machine using jigs, fixtures, or vices.Operational Monitoring: Running the programmed sequence and observing the machining process to detect any unusual noises or vibrations.Precision Measurement: Using Metrology tools such as Vernier Calipers, Micrometers, and Height Gauges to check the dimensions of the finished part.Tool Management: Changing Inserts or Tools when they become blunt and adjusting Offsets to maintain part accuracy.Maintenance: Performing daily TPM (Total Productive Maintenance) tasks, such as checking coolant levels, oiling slides, and cleaning the machine bed.Safety Compliance: Strictly following safety protocols, including the use of PPE (safety glasses, shoes) and maintaining a clean 5S workspace.

Looking for CNC/VMC Operator with the qualification ITI Fitter.

In 2026, the role of a CNC (Computer Numerical Control) and VMC (Vertical Machining Center) Operator is the backbone of precision engineering. In industrial hubs like Nashik, these operators work with high-tech machinery to produce complex components for the automotive, aerospace, and medical industries.Modern operators are expected to be comfortable with digital interfaces and basic G-code troubleshooting.Job SummaryThe CNC/VMC Operator is responsible for setting up and operating computer-controlled machines to perform functions such as drilling, milling, and grinding. Your primary goal is to produce high-precision metal or plastic parts that match exact technical blueprints. You will be responsible for machine setup, quality checks, and maintaining the flow of production while ensuring zero defects.Key Responsibilities1. Machine Operation & SetupWorkholding & Tooling: Load raw materials into the machine using jigs, fixtures, or vices. Select and install the correct cutting tools (end mills, drills, taps) based on the job sheet.Offset Settings: Perform Tool Offsets and Work Offsets to ensure the machine knows exactly where the material and tools are located.Cycle Monitoring: Start and monitor the machining cycle, adjusting speeds and feeds if the material or tool behavior deviates from the plan.Part Loading: Efficiently load and unload workpieces to meet hourly production targets.2. Quality Control & InspectionBlueprint Reading: Interpret technical drawings, including GD&T symbols, to understand the required tolerances.Precision Measurement: Use instruments like Vernier Calipers, Micrometers, Bore Gauges, and Height Gauges to check the dimensions of the first and last pieces of a batch.Deburring: Remove sharp edges or burrs from finished parts to ensure they meet safety and aesthetic standards.3. Machine MaintenanceDaily Maintenance: Check coolant levels, lubricate moving parts (slides/rails), and clear away metal chips/swarf to prevent machine jams.Troubleshooting: Identify and report minor mechanical issues or unusual sounds to the maintenance team before they lead to a breakdown.