For aerospace, medical, and automotive tooling applications, the 5-axis engine provides total control over tool axis orientation. It includes specialized collision avoidance routines that automatically tilt the cutter away from fixtures, checks, and non-machining surfaces, allowing shorter tools to be used for maximum rigidity. 3. Turning and Mill-Turn Integration
, a high-performance CAD/CAM software suite for CNC programming. Product Overview
SurfCam Velocity V5.2 supports complex mill-turn operations, enabling the machining of intricate parts in a single setup. This capability not only improves accuracy but also significantly cuts down production time. surfware surfcam velocity v5 2 full
Eliminating shock loads extends the life of carbide endmills by up to 400%.
Velocity V5.2 provides comprehensive control over multi-axis CNC machinery: Eliminating shock loads extends the life of carbide
SURFCAM Velocity V5.2 spans across multiple machining modalities, offering customized algorithms for 2-axis through 5-axis CNC platforms. 2-Axis and 3-Axis Milling
: The standout feature of the Velocity series. It uses a patented toolpath engine to maintain a constant "engagement angle" for the tool, allowing for significantly higher speeds and deeper cuts while extending tool life. Multi-Processor Support a crucial feature for reverse engineering
V5.2 introduced more robust stock awareness. The software maintains a virtual representation of the remaining material after each operation, preventing air cutting and ensuring subsequent tools only hit untouched stock.
: V5.2 automatically generates radii at sharp corners in pocketing or contouring toolpaths to maintain higher feed rates without compromising accuracy.
So, what makes Surfware Surfcam Velocity V5.2 stand out from other CAM systems? Here are some of its key features:
V5.2 included additional STL geometry capabilities for rough machining and stock calculations. This improved the ability to work with mesh data, a crucial feature for reverse engineering, additive manufacturing, and working with scanned part data.