Presentation of case studies for CAD/CAM for machining/parts processing【GO2cam】.

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basic information

● Solid Processing (Shape) By utilizing rough processing that takes the material into account, reprocessing that only processes the remaining parts, and flat finishing that considers multiple flat heights, it is possible to create processing trajectories for solid shapes by specifying the material and area. Additionally, the created processing trajectories can output NC data for arc interpolation, not just linear interpolation, for shapes represented by arcs. ● Solid Processing (Automatic Hole Processing) By recognizing the hole shapes of solids, registered processing steps can be easily assigned, allowing for quick definition of hole processing. Furthermore, a system that utilizes information in CSV format is also prepared to provide more robust support for hole processing. ● Management of Processing Step Shapes It is possible to create suitable tool paths that recognize the material, workpiece shape, and final part shape. ● Optimization of Tool and Process Optimization Database (TOGO) ● CAD Partners Solid Works, Solid Edge, OneSpace Designer (CoCreate), … ● Supported Solid Formats SAT, STEP, Parasolid, Pro/E…

Price information

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Delivery Time

P4

Applications/Examples of results

We have a wide range of achievements in machining mechanical parts and mold processing. Our services span various industries, and we have been widely adopted by automobile companies, automotive parts manufacturers, home appliance companies, and machinery manufacturing companies. For more details, please download and view the catalog of implementation examples below.

Detailed information

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  Even those who are starting CADCAM for the first time can feel at ease with its simple operability, allowing for quick mastery.

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  Milling Module: 5-axis machining Compatible with 3+2 axes, allowing for 5-sided machining of both 2D shapes and solid data.

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  Composite Lathe Module: Synchronous Processing GO2cam's lathe functionality allows for easy creation of lathe machining processes from 2D CAD drawings and solid models. It supports synchronous processing and is also compatible with Swiss-type lathes. Machining of screw threads through turning is also possible.

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  Wire cut module: It is possible to create tool paths from 2D shapes and solid models. Supports straight cuts, taper cuts, and simultaneous 4-axis machining.

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  Automatic Hole Processing Module: By automating the hole processing of solid models, efficiency can be improved from the solid model. It is possible to create a drilling process unique to the customer.

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  millyuGO (R) / PAM High-Speed Machining Module: It performs rough machining at high speed. It creates suitable tool paths to maintain a consistent cutting surface. It extends tool life and reduces machining time.