[ BUILD TO LEARN ]
Prototyping
Rapid prototyping that bridges the gap between digital design and physical reality. We build functional prototypes that validate form, fit, and function before committing to production tooling, saving months of development time and tens of thousands in tooling costs.
From screen to hand in days. Prototypes that answer questions, reduce risk, and accelerate decisions.
300+
Prototypes Built
48h
Fastest Turnaround
15+
Processes Used
[ CORE COMPETENCIES ]
What we bring to the table
Deep expertise across every dimension of prototyping, built through years of hands-on project delivery.
3D Printing (FDM/SLA/SLS/MJF)
Additive manufacturing for concept models, functional test parts, and low-volume production runs. We operate multiple print technologies to match the right process to each part's requirements.
CNC Machining
Precision-machined metal and plastic prototypes for mechanical validation, appearance models, and functional testing in production-representative materials.
Soft Tooling & Vacuum Casting
Silicone molds and polyurethane casting for small-batch production (10-200 units) of production-representative parts, ideal for user testing, trade shows, and early sales.
Functional Integration
Assembly of complete functional prototypes with electronics, firmware, and mechanical systems working together, not just cosmetic models, but working products.
Finishing & Presentation Models
Paint, texture, pad printing, and assembly of photographic-quality appearance models for boardroom presentations, investor meetings, and trade shows.
Testing & Measurement
Dimensional inspection (CMM), functional testing, drop testing, IP testing, and environmental testing to validate prototype performance against requirements.
[ THE WORKFLOW ]
How we work
A structured, milestone-driven process that reduces risk and keeps stakeholders aligned at every stage.
Prototype Strategy
We define what each prototype needs to prove. Different questions require different prototypes. A foam model validates ergonomics, a CNC part validates fit, and a fully assembled unit validates the complete user experience. We plan the most efficient path.
Process & Material Selection
Choosing the right manufacturing process based on material requirements, accuracy needs, surface finish expectations, and timeline. We often combine multiple processes in a single prototype for the best result.
Fabrication & Assembly
In-house fabrication using our workshop facilities, supplemented by our network of specialist vendors for specific processes. Every part is inspected before assembly, and assemblies are tested against the prototype's learning objectives.
Testing & Documentation
Structured testing against requirements, dimensional inspection, photographic documentation, and a formal test report. We document what worked, what didn't, and specific recommendations for the next iteration.
Iteration Recommendations
Based on prototype testing, we provide prioritized design change recommendations with risk assessment for each. This feeds directly into the next design cycle, keeping the project moving forward efficiently.
[ THE CASE FOR QUALITY ]
Build the right thing, not just build things
Every prototype should answer a specific question. Without a clear testing strategy, teams burn through budget building models that look impressive but don't advance the project. Our approach ensures every build is purposeful.
Risk Reduction
Discovering a fitment issue on a £500 prototype costs infinitely less than discovering it on a £50,000 production tool. We front-load validation to catch problems early.
Faster Decision Making
Physical prototypes resolve debates that digital models can't. When stakeholders can hold, use, and test a physical object, decisions happen faster and with more confidence.
User Testing Ready
Our functional prototypes are robust enough for real user testing sessions, not just desk demonstrations. This gives you actionable feedback from real users.
Investor & Partner Ready
Presentation-quality prototypes communicate product maturity and team capability in ways that slides and renders cannot.
[ THE VALUE ]
Reduce uncertainty, accelerate progress
We help teams test ideas quickly, validate assumptions, and refine the product before committing to production tooling.
Risk Reduction
Discovering a fitment issue on a prototype costs a fraction of discovering it on production tooling. Physical validation catches what simulation cannot.
Faster Decisions
Physical prototypes resolve debates that digital models cannot. When stakeholders can hold and test a real object, alignment happens faster.
Real User Feedback
Functional prototypes robust enough for genuine user testing sessions provide actionable insights that shape the final product.
Stakeholder Credibility
Presentation-quality prototypes communicate product maturity in ways that slides and renders simply cannot.
[ FAQ ]
COMMON QUESTIONS.
For simple FDM prints, we can deliver within 24-48 hours. CNC machined parts typically take 5-7 days. Fully assembled functional prototypes take 2-4 weeks depending on complexity and component lead times.
Yes. Using vacuum casting from silicone molds, we can produce 10-200 units of production-representative parts. This is ideal for user testing, early sales, and trade shows.
Absolutely. We regularly build prototypes with custom PCBs, off-the-shelf development boards, sensors, displays, and complete firmware, all fully functional, not just cosmetic shells.
That's exactly why we prototype. Every build includes a structured test plan, and any issues are documented with root cause analysis and specific design change recommendations for the next iteration.
[ RELATED WORK ]
See it in action
Explore projects where we applied this expertise to real products.
[ LET'S BUILD ]
Ready to start?
Start your prototype project. Book a free consultation to discuss your project scope, timeline, and budget.
Want to understand the full process? Read our complete product development guide →