TURNING
CNC Turning Station
Virtual lathe programming — OD turning, facing, grooving, threading and parting operations.
A safe, cost-effective virtual machining environment — covering G-code programming, CNC turning, milling, CAM software and machine tool simulation aligned to Industry 4.0 manufacturing standards.
Get Your CNC Lab Setup →Simulation-first learning lets students master G-code, toolpaths and machine logic safely before they ever touch live machinery.
Virtual lathe with FANUC, Siemens and Mitsubishi controller interfaces — 2-axis and C-axis support.
3-axis to 5-axis virtual machining centres with multi-tool magazine simulation.
Manual G&M code writing, verification and live simulation on dedicated stations.
Fusion 360 CAM, Mastercam and EdgeCAM licences with full post-processor libraries.
Real-time crash detection, tool-change simulation and material removal verification.
CMM simulation, GD&T fundamentals and dimensional inspection workflows.
Virtual tool library — inserts, holders, boring bars and fixture-design exercises.
Automotive components, aerospace brackets and mould tool exercises modelled on real industry drawings.
Virtual lathe programming — OD turning, facing, grooving, threading and parting operations.
MILLING3–5 axis milling, pocketing, profiling, drilling cycles and multi-setup programming.
CAD-to-toolpath workflow with toolpath verification, stock simulation and NC file output.
Virtual CMM, surface roughness analysis and GD&T interpretation exercises.
Step-by-step G&M code writing from basic commands to complex canned cycles.
Real industry drawings, batch programming exercises and process-sheet preparation.
A single real CNC machine costs ₹15–40L+ and can train only one student at a time. Our simulation lab trains 20+ students simultaneously at under 20% of that cost — with zero material waste.
Schedule a Demo →Equip every mechanical and production engineering student with real-world machining skills — safely and affordably.