Right-First-Time CNC Machining: Making the Virtual a Reality

Details

9th July 2025

9am - 2pm

Sandvik Coromant Center, Halesowen, Manor Wy, Halesowen B62 8QZ, United Kingdom

Tired of scrapped parts, costly collisions, or hours lost to machine downtime and part alignment?

Join us at this exclusive technical event and discover how to transform your CNC pre-machining process to eliminate errors before they affect your part quality or disrupt your schedules.

Vericut and MSP are teaming up to showcase a powerful, integrated approach to CNC simulation and metrology. See how their combined technologies work together to optimise processes, eliminate costly mistakes, and deliver right-first-time parts — every time.

Both solutions provide critical insight into the mismatch between the ideal CAD world and the realities of machining. These discrepancies are often the root of persistent manufacturing problems — and this event will show you how to solve them.

Vericut offers industry-leading CNC simulation, verification, and optimisation. Its in-process geometry simulation lets you virtually test and verify every cut, probe, and movement — ensuring your programs are safe, accurate, and ready to run.

MSP takes it a step further by addressing the real-world challenges of achieving micron-accurate probe setup, machine setup and part setup. Its metrology tools not only detect setup errors but also correct them automatically — delivering micron-level accuracy and reliable, repeatable results.

Together, Vericut and MSP provide a robust, pre-machining foundation that reduces waste, boosts productivity, and turns the concept of right-first-time parts into a reality.

Don't miss this opportunity to gain valuable insights, see live demonstrations, and learn how to build a smarter, safer, more efficient machining process from the ground up.

Here's what you'll learn 

• How to simulate and verify every CNC process with confidence
• Why CAD-to-reality gaps cause costly problems — and how to fix them
• How to detect and automatically correct setup errors with micron-level accuracy
• Ways to reduce waste, improve throughput, and get right-first-time results