I will do enclosure design, 3d cad model with solidworks for injection mold

To initiate development, please provide your internal PCB dimensions, electronic component layouts (STEP or DXF), or detailed reference sketches. This allows for accurate configuration of the initial 3d cad model to align perfectly with your hardware footprint.

All native development is conducted within solidworks to guarantee parametric precision and industrial-grade compatibility. This enables seamless editing, robust assembly management, and exact preparation for injection mold tooling fabrication.

Every technical enclosure design undergoes a strict Design for Manufacturing (DFM) verification loop. The geometry is engineered directly within solidworks with correct draft angles, nominal walls, and core-cavity considerations for the final injection mold.

Yes, I specialize in multi-part structural architectures requiring complex mechanical constraints. The final 3d cad model features precise snap-fits, screw bosses, and sliding alignment tracks evaluated natively via solidworks interference detection.

Every tier includes Unlimited Revisions to protect your development schedule and guarantee physical compatibility. If tolerances require fine-tuning, your solidworks file will be rapidly updated to maintain a flawless enclosure design.

You will receive production-ready STEP and IGES files for tooling, STL files for 3D printing, and native SLDPRT/SLDASM files for future solidworks engineering modifications. This covers all development phases from initial prototyping to final injection mold fabrication.

Absolute technical precision is maintained by embedding uniform nominal walls and proper draft angles optimized for your chosen polymer. This localized solidworks execution minimizes sink marks and warp defects during the mass-production injection mold cycle.