In this project, we took on the challenge of optimizing an existing airsoft gun housing that was originally designed for 3D printing. The goal was to make it fully compatible with CNC machining (VMC) while maintaining structural integrity, performance, and aesthetics.

What We Did:

• Design Optimization for CNC: We re-engineered the 3D print-based design to suit CNC machining requirements, ensuring proper tool paths, tolerances, and manufacturability in aluminum material.
• Functional Prototyping: Several prototypes were machined from aluminum using VMC (Vertical Machining Center) to validate precision, fitment, and performance under realistic handling conditions.
• Weight Reduction: Through structural analysis and iterative design refinements, we reduced the overall weight of the housing without compromising its strength or durability.
• Improved Assembly Design: We made major fitment and assembly improvements, simplifying both assembly and disassembly, making the product more user-friendly for maintenance and upgrades.

This project highlights our expertise in mechanical optimization, CNC manufacturing, and functional prototyping, transforming a 3D print concept into a production-ready, precision-engineered product.