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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
is used worldwide for mechanical design, surface modeling, reverse
engineering, prototyping, mold-making, pattern-making and production
machining.
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| SURFCAM includes MachineWorks, Ltd., verification and Solidworks associativity. It also includes multiple patented technologies and a variety of plug-ins to enhance functionality. The systems are easy to use and offer a superior maintenance program that includes HTML help, tutorials, tech tips, training sessions and outstanding tech support from a network of highly experienced Sales Partners. In addition, Surfware now offers SolidWorks® Parts Design Only (PDO) FREE to all eligible SURFCAM users. | ||||||||||
| SURFCAM 2 Axis systems are widely recognized as a high performance, cost effective product. | ||||||||||
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Machining parameters in SURFCAM 2-Axis are associative to the geometry. When any changes are made to the tool or cut information the system can easily and efficiently regenerate the toolpath. | |||||||||
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SURFCAM's High Speed Machining enables the tool to maintain higher speeds because all abrupt direction changes are replaced with smooth, tangent tool motion. Smooth high-speed repositioning moves also replace the rapid moves, allowing the machine to stay in the high-speed mode continuously during the entire cycle. Because of these enhancements, toolpath feedrates can be increased and cycle times reduced. In addition, cutting-tool life is extended and wear on the machine tool is reduced due to the more constant chip loads. | |||||||||
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SURFCAM's production milling module is designed to make all toolpath motion smooth and tangent. This is accomplished through the insertion of tangent arcs, within user-controlled tolerances, between all non-tangent moves. Rapid G00 moves are also replaced with smooth high-speed G01 repositioning movements that can be controlled by the NC programmer. | |||||||||
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2D REST (remaining stock) machining detects and machines only those areas not cut by the previous tool. (See SRM Technology for a more advanced solution for your "REST" machining needs.) | |||||||||
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SURFCAM 2 Axis includes optional 4 and 5 axis positioning and optimized drilling. | |||||||||
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Spiral and zig-zag pocketing gives the user a variety of machining choices. | |||||||||
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Multiple-height island machining capability and clamp avoidance offer advanced cutting in SURFCAM 2 Axis. | |||||||||
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SURFCAM supports standard canned cycles-countersink, drill, peck, tap, ream, and bore-plus custom cycles, such as chip-break or case drilling. | |||||||||
| SURFCAM generates optimized 3-axis toolpaths on any surface. | ||||||||||
| * | Efficiently rough mill any collection of surfaces from a billet or irregular 2D outline. | |||||||||
| * | Plunge-rough with equilateral triangular or square cut patterns. | |||||||||
| * | Constant 3D Offset finishing maintains equal scallop height regardless of surface slope variations. | |||||||||
| * | Z-Finish steep areas of the entire model while maintaining constant climb or conventional tool/part relationship. | |||||||||
| * | Single or Multi-Surface Gouge protection against several 3D check surfaces | |||||||||
| * | Steep/Shallow intelligently toggles the path style based upon surface angle. | |||||||||
| * | Unbeatable user-controlled surface finish by applying flow properties of a separate surface to specified part regions. | |||||||||
| SURFCAM offers true simultaneous 4 and 5-axis machining, full visualization and verification. This enables the NC programmer to move and control any combination of the machine's axes. | ||||||||||
| * | 4- and 5-axis tool shank containment offers cutting through a window to simplify operations such as cylinder or manifold head porting. | |||||||||
| * | Cut with any tool shape normal to a 3D surface with a lead/lag or side angle. | |||||||||
| * | Swarf cut with the flank of the tool parallel to 3D surface | |||||||||
| * | 5-Axis trim machining allows the machinist to specify the tool vector at any point along a profile | |||||||||
| * | Full tool and shank gouge avoidance with any number of check surfaces using ball, bull and flat end mills | |||||||||
| Logos and names Surfware®, Surfcam® and Truemill® are registered trademarks of Surfware, Inc. | ||||||||||
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| 2006 DIGIMA spółka z o.o. | ||||||||
