MeshCAM

MeshCAM is a CNC software designed to simplify the process of generating G-code for CNC machines. According to the vendor, it is specifically tailored for non-machinists, making it suitable for small to medium-sized companies in industries such as engineering, jewelry making, mold making, woodworking, and hobbyist activities. With its user-friendly features and compatibility with popular CAD programs, MeshCAM aims to enable users to efficiently convert CAD files into toolpaths for milling.

Key Features

CAD Compatibility: MeshCAM supports a wide range of 3D CAD programs by opening STL and DXF file formats, including popular programs like Alibre, Solidworks, Autodesk Inventor, and Rhino 3D, according to the vendor.

Image-to-3D Conversion: According to the vendor, users can open image files (JPG, BMP, or PNG) and convert them into a 3D surface that can be directly machined, allowing for the creation of unique parts not possible with traditional CAD programs.

CNC Machine Compatibility: MeshCAM's built-in post-processor transforms G-code to work with various CNC machines, including Carbide 3D, GRBL, Mach 2/3/4, Linux CNC, Fanuc Compatible, Haas, and Shopbot, as stated by the vendor.

Simplified Machining: According to the vendor, MeshCAM automatically selects appropriate speeds and feeds based on the chosen cutter and toolpath, making it easy for users to specify cutters and quality levels while still maintaining control over all toolpath settings.

Supports for Secure Machining: The vendor claims that MeshCAM enables users to add supports to their parts, ensuring they remain connected to the stock during machining, eliminating the need for complicated fixtures and clamps.

Handling Large and Detailed Parts: MeshCAM is designed to handle large 3D files with millions of polygons, allowing users to create intricate and detailed parts, including boats, museum exhibits, and more, according to the vendor.

3D Toolpath Simulation (Pro Version): According to the vendor, MeshCAM Pro includes a 3D toolpath simulator that visually displays the tool's path and the final appearance of the machined part, saving time by allowing users to preview the result without running an actual toolpath.

Versatile Toolpath Strategies: MeshCAM offers a range of toolpath strategies, including roughing, unified finishing, parallel finishing, waterline finishing, pencil finishing, cutout, and drilling, providing flexibility for different machining requirements, according to the vendor.

Standard vs Pro Versions: MeshCAM Standard includes features like loading 3D STL files, image file loading, roughing toolpath, parallel finishing toolpath, waterline toolpath, pencil toolpath, two-side machining, and 3D toolpath view. The vendor states that MeshCAM Pro adds 3D toolpath simulation, 2D contour toolpath, and 2D pocket toolpath options.