“Optomec is pleased to be partnered with CNC Software, Inc., the developers of the world’s most widely-used CAM software for the past 23 years” said Ken Vartanian, VP Marketing for Optomec. “The combination of subtractive machining that we have provided for over 35 years, along with newly developed technology to drive metal additive machines, allows Mastercam and Optomec to provide a solution for the hybrid manufacturing market. We are excited to work with Optomec and their LENS technology to provide users with a truly versatile machining solution.” “Partnering with Optomec allows Mastercam to provide our award-winning technology to a specialized area of the additive market,” says Dave Boucher, Director of Product Development, CNC Software, Inc. The intuitive graphical user interface enables fast learning for operators already familiar with CNC machining, while also fully supporting subtractive, additive, and hybrid workflows. The plug-in also allows users to control the full suite of LENS 3D printing functionality including geometry, toolpath, and processing parameters, slice planes, boundary, and fill parameters enabling multiaxis toolpath generation for additive applications such as rapid prototyping, precision repair, and graded coatings. The LENS plug-in, which is seamlessly integrated into Mastercam, leverages Mastercam’s extensive capabilities including native CAD modeling and importing, multiaxis toolpath generation and visualization, and kinematic analysis providing a robust platform for additive manufacturing functionality. Optomec will sell and support Mastercam software products along with an additive plug-in tuned for the Optomec LENS process.
New Enhancements Expand Capabilities for Hybrid Toolpath GenerationĪLBUQUERQUE, New Mexico – November 10, 2017 - Optomec, a leading global supplier of production grade LENS additive manufacturing systems for 3D printed metals, has entered into a global sales partnership with CNC Software, Inc., the developer of Mastercam, the world’s most widely-used CAM software.
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