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Precision engineering for reliable, high-performance products.

Great mechanical design is more than just aesthetics — it's about function, manufacturability, and durability. Whether for medical, industrial, or consumer applications, we make sure your design works every time.

CAD model / machined enclosure
Capabilities

Mechanical expertise for manufacturable design.

A great-looking enclosure that can't be manufactured at volume isn't finished — our approach brings design-for-manufacture into the first iteration, not the last one.

We design custom enclosures and structural components for electronics, medical devices, and industrial systems, ensuring durability, compliance, and optimal thermal performance.

Material selection
3D CAD modelling
Impact analysis
Sealing design (IP-rated enclosures)
Thermal dissipation solutions

A great design isn't just functional — it's manufacturable. We optimise mechanical designs to reduce production costs, simplify assembly, and minimise material waste.

Manufacturability assessments
Tolerance analysis
Fastening and joining solutions
Modular design strategies
Supply chain optimisation

Whether it's linear actuators, rotating mechanisms, or precision gears, we design smooth, reliable, and efficient mechanical systems.

Kinematic analysis
Custom linkage design
Gear and actuator integration
Friction and wear optimisation
Motion control system development

Prototyping is key to innovation. We use rapid prototyping techniques to refine designs before committing to full-scale production, so you can validate designs before they go to market.

3D printing (SLA, SLS, FDM)
CNC machining
Injection moulding prototypes
Functional testing
Iterative design improvements

Products should be intuitive, safe, and easy to use. We optimise mechanical designs for human interaction, ensuring compliance with usability and accessibility standards.

Ergonomic studies
Human factors testing
Safety compliance checks
Grip and interface optimisation
Stress reduction analysis

We ensure your mechanical designs meet industry standards and survive real-world conditions through rigorous testing and compliance validation.

Mechanical stress testing
Fatigue analysis
Environmental testing (shock, vibration, humidity)
Material compliance (RoHS, REACH)
Regulatory documentation support

Material choice impacts strength, durability, weight, and cost. We analyse and select the best materials to meet your product's functional and regulatory requirements.

Material performance testing
Lightweighting strategies
Corrosion and wear analysis
Biocompatibility assessment
Sustainable material selection

Mechanical work.

Enclosures and mechanisms built to last. Recent examples.

Project showcase

NHS CEP

MedTech start-up

Read more about how we helped →
The target
Deliver a functional MVP of a smart insole.
Provide a robust and durable enclosure.
Rapid prototyping for user trials.
The work
Battery management system.
Vibration actuators.
Custom flexible enclosure.
The outcome
MVP delivered for user testing.
Positive initial user feedback.
Further client funding secured through investors.

Got something that has to fit, seal, and survive?

Tell us where you are in the process. We can join at any stage, from conception to launch.