Option 1 (using an integrated CAM plugin) is easier, more convenient, and provides a higher-end feature set. Option 2: Model your part in SolidWorks, export it as a STEP file, generate toolpaths and G-code from that file in a separate CAM application such as Fusion 360, and then load the G-code file into the software Option 1: Model your part in SolidWorks, generate toolpaths and G-code from within SolidWorks using an integrated CAM plugin such as HSMWorks or MasterCAM, and then load the G-code file into the software For more information on the overall CAD and CAM process, see our CAD and CAM guide.Īs a SolidWorks user, you have two main options: Because SolidWorks is only a design application, an additional CAM (computer-aided manufacturing) application or plugin is required to generate toolpaths and G-code that the milling machine can follow to mill the design. To fabricate your SolidWorks designs on the Bantam Tools Milling Machine, a few steps are required. I will complete the requirements/expectations with the highest quality.SolidWorks is a favorite tool of engineering professionals. # 3D Printing / Rapid Prototyping & Concept Prototype Manufacturingįeel free to contact me any time to discuss your project. # Variety of Bra Cup Mold Design ( PU Cup, Push Up, Wired Cup & One-Piece Bra) # CNC / CAM Programming 3- 5 Axis ( NX CAM, PTC Creo CAM, SolidCAM & Fusion 360 CAM)
# Reverse Engineering Design for 3D Scan Data (Point Clouds, STL ,Mesh.) # Mechanical Engineering Design / Design Calculation
I'm Highly Capable Of Offering The Following Related Services I learn fast how the new things do/work, if I don't know, it well right now.! I'm also specialized in doing FEA analysis & simulation, where it's needed with Ansys. Mechanical Engineer with more than 11 years extensive experience in fields of Mechanical/Design Engineering, Product Concept Design, Reverse Engineering Design for 3D scan data & CNC/CAM programming for 3-5 Axis milling & turning.
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