CGTech’s VERICUT Revolutionizes CNC Simulation with Artificial Intelligence
CGTech confirms its participation in Intermach 2025 and promises to transform the way industry professionals view CNC simulation, verification and optimization of CNC machining. With more than 35 years of experience in the development of technological solutions for manufacturing, the company brings to the event the new version of its flagship product: VERICUT 9.6, the leading global software in CNC simulation. Highlights include Vericut Intelligence, based on artificial intelligence, and Vericut Optimizer, a standalone tool that redefines the concept of tool path optimization.
With the Vericut Intelligence feature, which makes use of artificial intelligence, the system learns from machining patterns, analyzes the real conditions of the operation and proposes automatic improvements in the process. This means fewer manual adjustments in CNC simulation, greater accuracy in programming, and a real gain in productivity.
The other major release, Vericut Optimizer is a stand-alone solution that works without the need to install full VERICUT. This tool is designed to work directly with NC programs generated by any CAM system, dynamically adjusting feeds based on technical criteria such as material removal, tool load, and cutting stability. The result is an optimized NC program that reduces machining time, improves tool life, decreases energy consumption, and accelerates delivery of parts to the market.
CNC SIMULATION WITH CONFIDENCE AND SAFETY
One of the biggest differentiators of VERICUT is its superior collision checking in CNC simulations. The software scans the entire tool path before the machine even starts operating, eliminating the risk of collisions, failures, and unexpected downtime. In addition, it is capable of simulating complex applications such as multi-channel programming, parallel kinematic machining, automatic change of clamping fixtures, among other challenges faced by modern industry.
Another technical differentiator is the complete verification of the G-code. This means that VERICUT understands and simulates all the logic of the CNC control exactly as it will be interpreted by the machine in the real world. This fidelity ensures that the operator can fully rely on simulation before starting any cutting operation, whether for prototypes, small series or large-scale production.
CGTech’s commitment goes beyond technical efficiency for CNC simulation. With its solutions, the company promotes sustainability in the manufacturing industry. VERICUT and Vericut Optimizer contribute significantly to reducing cycle times by eliminating manual testing and optimizing tool paths, and total machining time is reduced, which means savings and increased productivity. Material waste is minimized with accurate simulations, even the first parts can be produced safely, avoiding losses of noble and expensive materials.
Decreased energy consumption is another advantage. Optimized programs consume less energy per machined part, making the process more efficient and sustainable. In addition, the software provides an increase in the useful life of machines and tools by predicting collisions and overloads, avoiding premature wear and breakage of tools, which protects the factory’s assets.
ABOUT CGTECH
CGTech is a global company headquartered in California with 12 offices around the world. Recognized for delivering robust software to the manufacturing sector, its mission is to increase the safety, accuracy, efficiency, and sustainability of CNC machining. Its flagship product, VERICUT, is used by major players in the aerospace, automotive, medical, energy, and mold industries around the world. It exactly simulates the behavior of the real machine on the factory floor, working as a faithful and reliable digital twin. Its flexibility to integrate with any CAM system, combined with global technical support and constant updates, makes it the ideal solution for businesses seeking competitiveness, modernization of the production process and reduction of operational risks.
