COMPLEX
INDUSTRIES.
SMARTER PARTS.
Industrial thinking shaped by the environments where a component must actually work.
APPLICATION FIRST.
ALWAYS.
We start with loads, geometry, production environment, volumes and verification needs.
01 / 08Interior & Spatial Design
Bring complex shapes, architectural details and material experiments into physical space.
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02 / 08Defence & Dual-Use
Rugged development hardware, tooling and controlled prototyping for demanding programmes.
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03 / 08Medical & Life Sciences
Ergonomic prototypes, sensor integration and test equipment for early device development.
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04 / 08Aerospace & Space
Lightweight concepts, avionics mock-ups, assembly tooling and ground-support prototypes.
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05 / 08Robotics & Automation
Production aids, grippers, sensor mounts and fast iteration around real machine constraints.
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06 / 08Automotive & Mobility
Fast packaging models, test fixtures and custom development parts for mobility teams.
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07 / 08Industrial Equipment
Reverse engineering, production aids and custom mechanical interfaces.
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08 / 08Product Design & Brands
Limited editions, personalised parts and distinctive consumer product features.
Explore this sector ↗Explore examples of how additive manufacturing and engineering may support each industry. These are application areas, not claims of completed AMLAB projects or industry certifications.
REQUIREMENTS
BEFORE CLAIMS.
For regulated and safety-critical uses, project scope, traceability, materials, testing and any necessary qualification are established explicitly. A prototype is not automatically a qualified flight or medical part.
Discuss requirementsWHAT WILL YOU BUILD NEXT?
A technical challenge, a prototype or a product idea. We would love to understand what you are working on.
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