Autodesk Fusion

Model the frame in Fusion using CAD tools.

Use generative design to optimize the frame for weight and strength.

Simulate the frame under various flight conditions.

Generate toolpaths for machining the frame from carbon fiber.

Manufacture the frame using a CNC machine.

Create a 3D model of the device in Fusion.

Use simulation tools to ensure the device meets performance requirements.

Design the device for manufacturability using specialized tools.

Manage product data and revisions using the integrated PDM system.

Collaborate with manufacturing partners using the cloud-based platform.

Import existing CAD model into Fusion.

Apply generative design tools.

Run simulations to validate the new design.

Adjust CAM programming to suit new geometry.

Manufacture the redesigned part.

Design the enclosure in Fusion, taking into account component dimensions and thermal requirements.

Use sheet metal tools to create a manufacturable design.

Simulate the enclosure to ensure it provides adequate protection.

Generate drawings for manufacturing.

3D print or machine the enclosure.

Model the jig/fixture in Fusion using CAD tools.

Simulate the fixture to ensure it provides adequate support.

Generate toolpaths for machining the fixture.

Manufacture the fixture using a CNC machine or 3D printer.

Test the fixture in the manufacturing process.

Create a 3D model of the product in Fusion.

3D print prototypes to test ergonomics and aesthetics.

Modify the design based on feedback.

Integrate electronic components using PCB design tools.

Test the complete prototype and refine the design.