Vericut’s Version 9.2 Features More Optimization Options
RAPID 2021: Simulation software verifies key additive functions and makes it easy to identify errors, excessive material overhangs, voids and misplaced material.
Share
Read Next
Thermwood overhang error
CGTech’s Vericut version 9.2 includes enhancements to collision checking and overall performance, more options for optimization on subtractive machining operations, enhancements to reports and more, the company says.
Vericut can simulate both additive and traditional machining (milling or turning) capabilities of new hybrid CNC machines. The simulation is said to verify key additive functions (power settings, material feed versus machine feed rates and more), and makes it easy to identify errors, excessive material overhangs, voids and misplaced material.
Vericut’s additive module also works with Force for additive NC simulation, verification and optimization on hybrid machines for metal additive manufacturing (AM) and machined parts. The software gives users the freedom to arrange additive and machining operations in any order, checking that all setups and holding fixtures work while verifying that the finished part matches the intended design.
The company says that giving the additive simulation software increased simulation and collision checking speed is designed to protect CNC AM equipment. It is said this enables customers to build parts in new and creative ways, and make critical determinations about when those new additive methods will succeed or fail, and thereby give them savings in both time and materials.
Related Content
-
Carnegie Mellon Helps Industry, Students Prepare for a Manufacturing Future with AM and AI
Work underway at the university’s Next Manufacturing Center and Manufacturing Futures Institute is helping industrial additive manufacturers achieve success today, while applying artificial intelligence, surrogate modeling and more to solve the problems of the future.
-
Spherene Creates Metamaterial with Geometry Derived from Spheres
An algorithm developed by Spherene Inc. generates Adaptive Density Minimal Surfaces (ADMS) as a self-supporting infill strategy that can be used to reduce mass and manage material properties in 3D printed parts.
-
Semiconductors, Tungsten, AM Affordability and More from Formnext 2024: AM Radio #56
The trade show included increased applications for the semiconductor market, machine launches and technology advances aimed at cost cutting, plenty of LFAM and more. Listen to our conversation on Formnext 2024.