Product design

Turning a great idea into a product takes several steps. OS‑CAD can take your requirements and turn them into a clear concept long before a prototype is needed.

We create highly detailed virtual models at this early stage, allowing us to build and refine your product digitally before any production costs arise.

Detailing for Manufacture

We take your approved design and turn it into detailed manufacturing and assembly drawings.
Each drawing pack is thoroughly checked to minimise production issues.

Using this pack, our prototyping and manufacturing service can create a physical prototype, bringing your idea to life.

REVERSE ENGINEERING

If you need to re‑manufacture a part without existing drawings, our reverse engineering service can help.
OS‑CAD creates accurate 3D CAD models and manufacturing drawings from scans of small, complex parts.
For larger components, we use precise hand measurements to produce 3D models and 2D assemblies.

SITE SURVEYS & BUILDING PLANS

Whether you're relocating or improving workflow, accurate plans are essential.
We capture your existing layout from drawings, CAD files, or a site survey, then create proposals that consider constraints, utilities, data needs, and EU regulations.

We offer everything from simple 2D plans to full interior design, working across offices, factories, shops, sites, and homes.

3D Visualisation

3D visuals explain ideas far better than words. We create walkthroughs, animations and visualisations from your 2D/3D data to elevate your presentations.

OS‑CAD works with anything — sketches, CAD files, photos or even a verbal brief.
With our large texture and model libraries, we produce high‑quality visuals for sales, marketing and technical documentation.

STRENGTH ANALYSIS

When precision matters, OS‑CAD provides structural and stress analysis for your components and assemblies.
Using SolidWorks Simulation, we evaluate loads, deflection, and safety factors to ensure reliable performance.
From simple beams to complex welded frames, our reports include stress maps, deformation plots, and recommendations for material optimization.