CAD Design

Professional 3D Modeling, Technical Drawings & DFM for Efficient Manufacturing

Why Choose ClinchX for CAD Design?

At ClinchX, we turn your ideas into production-ready digital models using advanced CAD tools. Whether you're developing a prototype, launching a new product, or optimizing for mass production—we've got you covered.

  • ✔️ Precise 3D modeling tailored for CNC machining, injection molding, and die casting

  • ✔️ Manufacturing-optimized (DFM) designs to reduce cost and lead time

  • ✔️ Clear, detailed technical drawings for production teams and QA

  • ✔️ Support from concept to packing, assembly, and shipping

Product Design from Scratch or Sketch

Whether you have a hand-drawn sketch, a rough idea, or a product concept in mind, ClinchX transforms it into a fully engineered design ready for manufacturing. We analyze functionality, aesthetics, and manufacturability from the ground up—ensuring your idea becomes a practical, production-ready product.

Reverse Engineering & Redesign

Have an existing part but no drawings or CAD files? ClinchX specializes in reverse engineering and redesign. We accurately scan, measure, and model components to recreate or improve them—enhancing performance, reducing cost, or making them ready for modern manufacturing methods like CNC machining or injection molding.

2D Drawings & BOM Generation

We create precise 2D manufacturing drawings with full GD&T details, tolerances, material specs, and finish requirements. Alongside, we provide a clear and structured Bill of Materials (BOM) to streamline your production, sourcing, and cost estimation. Our documentation ensures error-free communication from design to manufacturing.

PCB Enclosure Design

Our PCB enclosure design ensures robust protection for your circuit boards, offering effective shielding from environmental elements while allowing for easy access to components. Engineered for durability and optimal heat dissipation, it provides a sleek, secure housing for your PCB, ensuring long-term reliability and efficient functionality.

Tooling Design for Injection Molds & Dies

Our tooling design service for injection molds and dies focuses on creating precise, efficient tools for high-quality manufacturing. By leveraging advanced CAD software, we ensure that the molds and dies are optimized for performance, durability, and ease of production. From material selection to the final design, we aim to reduce manufacturing costs and improve the overall production efficiency for our clients. Our designs are tailored to meet the specific needs of the product, ensuring that the molding process runs smoothly and delivers consistent results.

Assembly Layouts & Exploded Views

Our PCB enclosure design ensures robust protection for your circuit boards, offering effective shielding from environmental elements while allowing for easy access to components. Engineered for durability and optimal heat dissipation, it provides a sleek, secure housing for your PCB, ensuring long-term reliability and efficient functionality.

From CAD to Reality

/01 CAD Design of Product
3D CAD design of a mechanical product created in CAD software
3D CAD design of a mechanical product created in CAD software

High-precision 3D CAD design created for optimal functionality and manufacturability.

3D printed prototype of the product for functional testing and validation
3D printed prototype of the product for functional testing and validation
Final plastic product made using injection molding based on CAD design
Final plastic product made using injection molding based on CAD design
/02 3D Printed Prototype

Functional 3D printed prototype used for form and fit verification before mass production.

High-quality injection molded product, ready for the market—cost-efficient and durable.

/03 Final Product
blue and white smoke illustration

Let’s Bring Your Product to Life

Have an idea in mind? Whether you're starting from a sketch or need help optimizing a ready design, ClinchX is here to help. Book your 30-minute FREE consultation and let’s discuss how we can transform your concept into a functional, manufacturable product—quickly, efficiently, and cost-effectively.