SolidCAM HSR and HSM is designed for high-speed 3D machining where smooth tool motion, efficient roughing, and controlled finishing all play a major role in part quality and cycle time. It provides advanced roughing and finishing strategies for complex 3D components, helping manufacturers machine moulds, dies, aerospace parts, and other intricate forms with greater efficiency. By smoothing cutting moves and retracts wherever possible, the module supports more continuous machine motion and helps reduce unnecessary dwelling.
SolidCAM HSR and HSM is designed for high-speed 3D machining where smooth tool motion, efficient roughing, and controlled finishing all play a major role in part quality and cycle time. It provides advanced roughing and finishing strategies for complex 3D components, helping manufacturers machine moulds, dies, aerospace parts, and other intricate forms with greater efficiency. By smoothing cutting moves and retracts wherever possible, the module supports more continuous machine motion and helps reduce unnecessary dwelling.
SolidCAM HSR and HSM is a 3D high-speed machining solution built for both roughing and finishing applications. It is designed to create smoother, more efficient toolpaths that help the machine maintain continuous motion instead of repeatedly stopping, retracting too high, or following sharp directional changes. This is especially important in 3D machining, where roughing and finishing strategies must handle complex surfaces while still keeping the machine productive.
The module combines High-Speed Roughing and High-Speed Machining strategies in one environment. That means manufacturers can use dedicated roughing methods to remove stock more effectively, then apply smooth finishing toolpaths that reduce unnecessary movement, improve cut quality, and support better overall machining performance.
SolidCAM HSR provides dedicated roughing strategies for 3D machining, including contour roughing, hatch roughing, hybrid rib roughing, and rest roughing. This gives programmers more flexibility when preparing complex 3D parts and helps align the roughing approach to the geometry of the component.
The HSM side of the module is focused on finishing with smooth, continuous tool motion. Retracts are kept as low as possible, angled where needed, and smoothed with arcs so the machine does not rise higher than necessary. This helps reduce wasted movement and supports a more efficient finishing process.
One of the core strengths of the module is its ability to reduce non-cutting movement. By smoothing both cutting moves and retracts, and by limiting unnecessary travel to high Z levels, the software keeps the tool engaged with the material more consistently and reduces time lost to air cutting.
SolidCAM HSR and HSM includes smooth and tangential lead-in and lead-out generation, along with logic to avoid sharp angles in the toolpath. This helps produce cleaner transitions into and out of the cut, while also supporting more stable tool motion during high-speed machining.
The module includes detailed control over the working area using options such as silhouette boundaries, cutter contact boundaries, shallow area boundaries, and rest area boundaries. Toolpaths can also be edited after creation using working areas, Z-level limits, or a combination of both to control cutting regions more precisely.
Smoother toolpaths and more controlled machine motion support a better finished result on complex 3D surfaces. This is particularly valuable where surface condition matters, such as moulds, tools, dies, and aerospace components.
Because the module avoids sharp angles and promotes more continuous motion, it helps create a machining process that is easier on both the cutting tool and the machine. Smoother cutting behaviour can support better long-term machine performance and reduce unnecessary wear during demanding 3D jobs.
By minimising high retracts, reducing air cutting, and keeping the tool in contact with the material more often, SolidCAM HSR and HSM helps improve overall machining efficiency. This supports shorter lead times and more productive machining on complex parts.
Find answers to common questions about SolidCAM software, CNC programming, supported machining modules and pricing in South Africa.
SolidCAM HSR and HSM is used for 3D high-speed roughing and finishing of complex parts, including moulds, tools, dies, and aerospace components.
HSR stands for High-Speed Roughing. It includes roughing strategies such as contour, hatch, hybrid rib roughing, and rest roughing for efficient 3D stock removal.
HSM stands for High-Speed Machining. It focuses on smooth 3D finishing toolpaths with reduced retracts, smoother linking, and more continuous machine motion.
Yes. The module is designed to minimise unnecessary retracts and keep the tool closer to the material, which helps reduce non-cutting movement and improve machining efficiency.
Yes. Smooth cutting motion, tangential lead-in and lead-out control, and better path continuity all help support improved surface quality on complex 3D parts.
Yes. Working areas and Z-level limits can be used to edit toolpaths after they have been created, giving users more control over where cutting moves are applied or excluded.
If your business machines complex 3D components and needs a smoother, more efficient approach to roughing and finishing, SolidCAM HSR and HSM provides the toolpath control needed to improve cut quality, reduce wasted motion, and support more productive machining. Speak to Simutron to request a demo, discuss your requirements, or get a quote.
