SURFCAM

SURFCAM

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Surfcam – cad/cam systems allow you to machine with experience and provide cutting edge technology for NC programming of 2-, 3-, 4- and 5-axis mills, lathes, wire EDM,laser plasma and water-jet machines.

Surfcam offers the following applications:

Surfcam 2 Axis
SURFCAM 2 Axis
SURFCAM’s 2 Axis system is the most cost effective, high performance CAM package with a robust library of toolpath strategies. For the ultimate roughing power, add on the the TRUEMill option to provide you with increased material remove rates by up to 5X while extending the life of the cutting tool.
Surfcam 3 Axis
SURFCAM 3 Axis
SURFCAM’s 3 Axis system provides the combination of powerful functionality coupled with ease of use. SURFCAM delivers efficient, reliable toolpaths on even the most complex of surface geometry. SURFCAM’s 3 Axis high-speed machining strategies feature fast processing, minimal rapid moves and optimized tool motion all of which provide the highest quality surface finishes.
Surfcam 4/5 Axis
SURFCAM 4/5 Axis
SURFCAM offers true simultaneous 4 & 5 Axis machining with full tool motion visualization and verification. Precise control is achieved over every aspect of multi-axis machining ensuring safe tool motion for even the most challenging applications. The 4 & 5 Axis system provides support for all standard tools with collision checking, gouge avoidance, toolpath containment – and more.
Surfcam Lathe and Mill Turn
SURFCAM Lathe & Mill Turn
SURFCAM Lathe provides control over every aspect of your turning requirements, from roughing to final finish. Gouge free paths that include turning, grooving and threading are the hallmark of SURFCAM lathe. Support for advanced canned cycles add to the speed of getting code to the shop floor quickly and easily.
Surfcam Wire EDM
SURFCAM Wire EDM
SURFCAM Wire EDM contains three unique strategies designed to meet a variety of Wire EDM requirements.
Surfcam Part Modeler
SURFCAM Part Modeler
SURFCAM Part Modeler is a tool specifically designed for quick and simple construction and modification of solid models with fully associative drafting capability