![]() ![]() ![]() ![]() Tool life goes up, cycle time goes down, and you’re more competitive than ever with VoluMill. ![]() A dedicated Feeds & Speeds wizard will help you create toolpaths that are not only faster but safer and less harsh on your machine tool. VoluMill leads the industry in high-speed machining (HSM) toolpath technology, and it is built right into SOLIDWORKS CAM Professional. Programming for indexers and trunnions is simple and straightforward with SOLIDWORKS CAM Professional. Assemble your setup virtually using the native SOLIDWORKS CAD mating tools and simply assign parts as Fixtures to force toolpaths to avoid them.Īutomatically generate rotational A/B/C codes to swiftly move between setups. Programming within a SOLIDWORKS assembly is the best way to ensure your toolpaths do not come into contact with anything but the stock material. There is no way to avoid the need for workholding – parts must be held down – but we can avoid costly collisions between tools and fixtures by planning ahead. Finally, take advantage of behind-the-scenes performance that includes updated supported platforms for SOLIDWORKS CAM and managing multiple Technology Databases which helps organize multiple things such as CNC machines and their respective tool cribs, cutting tools, default feature strategies and operation parameters, among other things.Īll these features and more are now available in SOLIDWORKS CAM 2022! Presenter: Paul Nishihira, Senior Applications Engineer and CAM Specialist at GoEngineerĪs the autumn and winter seasons approach us, memories of pumpkin spice, fruitcake and of course What’s New SOLIDWORKS CAM are back again! Join us for this 2022-specific webinar as we uncover several graphical enhancements for better understanding what your toolpath display is doing, revised CNC finish parameters for improved clarity as well as quickly locating your library cutting tools using the updated tool select filter.įor those already taking advantage of z-axis probe cycles, selection of nonplanar (organically shaped) profiles in the direction of the z-axis enhances your versatility of where that feature is relative to your part. ![]()
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