Updated Software: Simulation, Optimization and Postprocessing Capabilities
IMTS 2024: CGTech highlights the latest version of its flagship software, Vericut 9.5, equipped with postprocessing software along with other useful capabilities for moldmakers.
CGTech highlights the latest version of its flagship software, Vericut 9.5, equipped with postprocessing software, ICAM V25 and a standalone optimization product, Vericut Optimizer (VO).
The latest features and enhancements to elevate precision, efficiency and user experience in CNC manufacturing include:
Vericut 9.5 introduces several key enhancements, including a new Heat Map in the Tool Summary window for visualizing tool wear patterns, enabling better tool life tracking. CNC Machine Connectivity enables real-time data visibility and post-machining analysis, with support for connecting to FANUC, OKUMA, Siemens and Heidenhain controlled CNC machines. The update also improves coordinate system management with interactive Transform menus, simplifying object placement. Vericut 9.5 also adds support for the latest CAM versions and enhances CAM interfaces for better automation and advanced tool simulation.
ICAM V25 offers enhanced support for multi-channel mill-turn operations, optimization features like SmartCUT and SmartPATH, improved singularity avoidance and advanced motion optimization capabilities. It also adds a new CL-oriented look-ahead function, virtual machine enhancements and integration with GibbsCAM. Additionally, ICAM V25 now supports offline license use, offers improved 3D scene manipulation, and provides online documentation. These updates streamline postprocessing, enhance simulation accuracy, and improve overall user experience.
Vericut Optimizer focuses on optimizing cutting processes to reduce cycle times, improve tool life and enhance part quality. VO is designed to enhance machining performance while minimizing costs and doesn’t require Vericut to run. This powerful optimization tool seamlessly integrates with any CAM system’s NC Program output, enabling manufacturers to optimize their NC programs with just a few clicks, ensuring compatibility and increased efficiency with standard two-axis, three-axis, or four or five-axis CNC machines.
Related Content
-
Tolerancing in Mold Design, Part 2: Using GD&T to Address Conventional Tolerancing Issues
Mold designers can achieve a single interpretation of workpiece functionality when following the American Society of Mechanical Engineers Geometric Dimensioning and Tolerancing standard.
-
How to Manage Wall Thickness Changes in Your Mold Design
To ensure even filling and cooling, consider wall section transitions, corners and fillets, ribs and bosses, lip and rim designs and CAE flow simulation software.
-
How to Analyze and Optimize Cutting Conditions to Reduce Cycle Time
Plastic injection mold design and manufacturing company puts NC program optimization software module to the test. The results were surprising.