CAM POST Processor and G CODE Simulation
- CAM POST Processor and G CODE Simulation
For over a decade, we have been at the forefront of developing world-class custom CNC post-processors. Our deep expertise in machining, strong industry partnerships with leading Machine Tool OEMs, and our advanced development platform enable us to deliver exceptional post solutions for all major machine tools and CNC controllers.
Sapience Techsystems’s post-processors are designed to seamlessly adapt to individual requirements, optimizing workflows with precision and efficiency. By leveraging the latest technologies, we ensure maximum value through perfectly integrated interfaces tailored to NX CAM’s advanced functionality.
Built on a robust technology platform, NX CAM serves as the foundation for our post-processors, enabling seamless interaction not only with CNC machines and controllers but also with PDM, CRM, and automation systems—enhancing connectivity, control, and overall productivity.
- We specialize in post-processors for a wide range of CNC equipment, including:
- Mills, Lathes, and Horizontal/Vertical Machining Centers
- Multi-Tasking Mill-Turns and Merging Lathes
- Punch Presses and Wire EDMs
- Water Jet, Laser, Plasma, and Flame Cutting Machines
- Hybrid and Specialized CNC Systems
With precision engineering and a commitment to excellence, we optimize CNC operations for unmatched performance and reliability.
Milling & Machining Centers
1] BFW BMV45 + TC24 – Siemens 828D Controller
2] MAZAK HCN5000 HMC – MAZAK Smooth Controller
3] Hermle C32 – Heidenhain Controller
4] DMG DMU 125 FD Controller
5] DMG DMP70 Machine 5 Axis – Siemens 840D Controller
Multi-Tasking & Turning Centers
1] Mazak Integrex J200S – Mazatrol Controller
2] Mazak Integrex 300 IV – Mazatrol Matrix Controller
3] ACE Micromatic VTL-400 LM – Fanuc Series Oi-TF Plus Controller
4] DMG NLX 2000 – Fanuc Controller
Specialized & Hybrid CNC Machines
1] Liechti Gmill550 – Siemens 840 SL Controller
2] Tajmac & Czach H50A – Siemens 840 SL Controller
3] FANUC ROBODRILL A D21MIB PLUS (4-Axis) Controller
4] DMG 5-Axis Machines Controller
5] Water Jet, Laser, Plasma, and Flame Cutting Machines
From simple 2-axis lathes to complex 5-axis milling and multi-tasking machines, our post-processors ensure precision, efficiency, and reliability.
- Precision-Driven G-Code Simulation by Sapience TechSystems
At Sapience TechSystems, we go beyond conventional post-processing by providing an advanced G-code simulation solution that bridges the gap between CAM programming and real-world machining. We ensures that the final NC code is fully validated and optimized, minimizing errors before execution on the shop floor.
- Our simulation platform accurately replicates the actual machining process, verifying toolpaths, cutting strategies, and machine kinematics to detect potential risks such as:
- Collisions & Axis Overtravel
- NC Program Anomalies & Syntax Errors
- Rapid Feed Issues & Improper Tool Selection
- Gouging & Material Violations
By identifying these critical issues before execution, we eliminate costly mistakes, reduce unplanned downtime, and enhance overall machining efficiency.
- Optimized for NX CAM & Beyond
- Our simulation platform accurately replicates the actual machining process, verifying toolpaths, cutting strategies, and machine kinematics to detect potential risks such as:
- Real-time analysis of post-processed G-code
- Compatibility with multi-axis and complex machining setups
- Interaction with automation, PDM, and CRM systems for a connected ecosystem
At Sapience TechSystems, we deliver precision, reliability, and efficiency—ensuring your CNC operations run flawlessly from design to production.
- Why choose custom Post Processors from Sapience TechSystems?
Sapience TechSystems provides a comprehensive approach by simulating the actual G-code generated after post-processing, ensuring seamless and accurate verification from CAM to post-processor to CNC machine.
Our key advantage lies in Speed and Precision Designed to detect critical errors—including collisions, axis overtravel, NC programming anomalies, material violations, aggressive feeds, and incorrect cutter specifications – we identify and mitigate risks at the simulation phase during the simulation stage. This proactive detection prevents expensive errors, minimizes equipment downtime, and maximizes overall productivity.