Toolpath Engine Reduces Cycle Time, Tool Load
Celeritive Technologies’ VoluMill 4.0 toolpath engine includes an Active Chip Thickness Control (ACTC) interface, which is designed to reduce rough milling cycle time, and non-concentric milling technology, which is designed to reduce tool load and improve chip clearance.
Share
Celeritive Technologies’ VoluMill 4.0 toolpath engine includes an Active Chip Thickness Control (ACTC) interface, which is designed to reduce rough milling cycle time, and non-concentric milling technology, which is designed to reduce tool load and improve chip clearance.
The ACTC feature enables users to control chip thickness throughout rough milling, reducing cycle times. The non-concentric milling technology locates arcs at different center points so that each successive pass begins its arc move sooner than on the previous pass. As a result, the tool load changes more gradually, and the chips evacuate more easily, the company says.
The software runs as an integrated solution inside a variety of CAM systems, and a stand-alone version, VoluMill Universal, is available to work with virtually any other CAD/CAD system, the company says.
Related Content
-
Cutting Part Programming Times Through AI
CAM Assist cuts repetition from part programming — early users say it cuts tribal knowledge and could be a useful tool for training new programmers.
-
How Integrated CAD/CAM Transforms Inventions Into Products
The close connection between CAD and CAM is what links creative ideas to practical production for this unique custom manufacturer.
-
Orthopedic Event Discusses Manufacturing Strategies
At the seminar, representatives from multiple companies discussed strategies for making orthopedic devices accurately and efficiently.