additive manufacturing services for prototypes and low-volume production

We work with you to turn early concepts into functional prototypes and manufacturable designs, even if you’re starting with a rough idea rather than a finished specification.

Through a collaborative, iterative approach, we help you move quickly from concept to something you can test, refine and produce.

CAD modelling, design review and practical manufacturing input are brought together early, so decisions on fit, function, material and production route happen before unnecessary print cycles.

the focus:

• rapid iteration to accelerate development
• cad modelling, design refinement, and validation
• design for additive manufacturing (DfAM) and recyclability
• functional prototypes that can be tested in context

By resolving issues upfront and validating designs digitally, we reduce wasted time, material and cost while improving the reliability of the final part.

request co-creation lab support

We produce short runs when flexibility, speed, or lower upfront cost matters more than scale.

Traditional manufacturing methods like injection moulding often require tooling costs of around £6,000 or more—and any design change means starting again and paying that cost twice.

With additive manufacturing, there is no tooling barrier. You can move from a validated design into production almost immediately.

This makes low-volume production faster and more cost-effective, especially for early-stage products or designs that are still evolving.

The advantage:

• No tooling costs or delays
• Immediate transition from design to manufacture
• Low-cost design changes and iteration
• Ability to personalise or customise each part

Produce only what you need, when you need it—while retaining the flexibility to evolve your product as you go.

enquire about short runs

We help take your idea from early concept to a buildable production route, reducing avoidable iterations and making designs ready for manufacture from the outset.

Our approach focuses on simplifying and strengthening designs for real-world use. By engineering parts specifically for additive manufacturing, we can consolidate components into fewer multi-functional parts, improving reliability and reducing assembly complexity.

We also design with assembly and lifecycle in mind. Features like snap-fit connections and screwless designs remove the need for additional hardware, speeding up assembly and reducing cost.

The advantage:

• Fewer design iterations before production
• Part consolidation for improved reliability
• Snap-fit and screwless assembly options
• Reduced component count and assembly time
• Designed for end-of-life recycling using uniform materials

From first concept through to production-ready parts, we streamline the path to manufacture while improving performance, simplicity, and sustainability.

enquire about support

We support exploratory work where the goal is to test process limits, validate new applications and develop better manufacturing approaches.

Alongside printing, we have in-house material production capability. This allows us to formulate, modify and test custom material compositions for specific requirements.

This includes developing lower-carbon materials using biofillers, experimenting with novel biodegradable polymers, and creating custom blends with defined mechanical, visual, or functional characteristics.

Everything is tested in real production conditions, so insights translate into usable outcomes, not just lab results.

The advantage:

• Process and parameter testing at real-world scale
• Custom low-carbon material development
• Biofilled and biodegradable material options
• Tailored colours, finishes, and performance characteristics
• Rapid validation of circular manufacturing concepts

Whether you’re pushing performance limits or exploring more sustainable production, we provide a practical pathway from experimentation to application.

enquire about r&d work