Up to 500 × 500 × 500 mm
Functional FDM and resin parts for brackets, housings, jigs and fixtures.
- Engineering-grade polymers & composites
- ±0.15 mm typical tolerance
- Textured or smooth surface options
One London studio for 3D printing, CNC, laser, UV printing and scanning—ideal for prototypes, short runs and hard-to-find replacement parts.
3D printing, CNC, laser, UV & scanning in one London studio. Prototypes, batches and hard-to-find parts.
Use any single process, or combine them for the best balance of cost, strength and finish. If you are unsure what you need, we’ll advise on materials, tolerances and manufacturing route.
Functional FDM and resin parts for brackets, housings, jigs and fixtures.
Machined aluminium/engineering plastics plus laser-cut panels and engraving.
Durable graphics direct to substrates for branded, production-ready parts.
Capture and rebuild legacy or organic parts for modification, duplication or repair.
Swap these placeholders with your own images when you’re ready. They’re here to show the range of problems we can solve.
3D printed and machined components for a mobile robot, including motor mounts, sensor housings and cable management.
3D printed core structure, laser‑cut facades and integrated LED lighting to communicate a proposed development.
3D scanning and redesign of a broken plastic hinge from an out‑of‑production device, reproduced in a stronger engineering plastic.
Lightweight, ergonomic attachment designed around the user, combining 3D scanning and 3D printing for a tailored fit.
We specialise in turning ideas and problems into physical, functional parts using a blend of 3D printing, CNC machining, laser cutting, UV printing and 3D scanning.
Because all of these processes sit under one roof, we’re not tied to a single way of working. Instead, we recommend the mix that makes sense for your parts: strong where they need to be, detailed where it counts, and realistic on budget.
Whether you’re restoring a rare item, building a new product, preparing an architectural pitch or developing academic robotics, we focus on clear communication and reliable outcomes.

Use these as quick replies in emails or on calls.
Typical lead times are 2–7 days depending on complexity and finishing. If you have a hard deadline, include it upfront and we’ll confirm what’s realistic.
STL/STEP are ideal. We can also work from drawings, sketches or photos and scan existing parts when needed.
Yes. Tell us the environment (heat, chemicals, load, outdoor use) and we’ll propose options and flag any critical tolerances.
Share a rough idea or complete files – we’ll take it from there with options, pricing and realistic lead times.
Email: golden.goose.fab@gmail.com
Phone: 07878435937
Location: London, UK