Prototyping, scale up, and transfer are pivotal stages where design intent meets manufacturing reality. When the pathway from concept to production is unclear, risk rises, costs increase, and late failures threaten launch timelines. Our approach brings structure, technical depth, and disciplined readiness, giving teams predictable outcomes even in complex, highly regulated environments.
Our capabilities
When early designs carry uncertainty, we eliminate ambiguity through rigorous technical review
Design Support
Early stage design weaknesses often grow into downstream manufacturing problems. To prevent this, we perform comprehensive design and technical drawing reviews including CAD models, 2D/3D drawings, tolerance stackups and GD&T.
- Design reviews ensuring clear, unambiguous specifications
- Compatibility with tooling, automation, metrology and downstream processes
- Early material insights through rapid testing including tensile/shear, DSC, TGA, moisture analysis, polymer flow testing, and spectrophotometry
- Early design related regulatory impact assessment
These early controls deliver confidence at every later stage.
When you need rapid iteration, our additive prototyping accelerates learning and reduces risk
Wide Range of Additive Manufacturing Resources
Design teams often wait weeks for parts that should take days. We provide in-house, rapid multi-material 3D printing using SLA, SLS, FDM, DLP, elastomers and medical grade photopolymers.
- Fast fit / form / function feedback
- Early tolerance and usability evaluation
- “Look & feel” samples for concept realisation
- Rapid builds for jigs, fixtures, spares, and redesigns
This low-cost, high-speed iteration using Quvara equipment and expertise, de-risks downstream tooling and validation.
3D print lead times: 24–48 hours
When measurement confidence is critical, our test method development protects verification success
Proven Test Method Development
Verification failures commonly stem from immature test methods. We establish measurement readiness early using CMM, CT scanning, optical systems, mechanical testers and vision systems.
- Repeatable, reproducible measurement systems
- Early detection of hidden defects including voids, knit lines and warpage
- Strong foundations for later regulatory verification
- Reduced probability of late stage non conformances
Robust metrology keeps development on track and compliant.
CMM/CT measurement turnaround: 24–72 hours
When prototype parts don’t translate to production, our pilot tooling bridges the gap
Flexible Tooling Options
Scaling too early into fullproduction tools introduces unnecessary cost and risk. We deploy pilot mould tooling (soft steel or aluminium, single or multi cavity) and scientific moulding to create production representative parts early.
- Early optimisation of material flow, cooling and cycle times
- Understanding of processing windows before transfer
- Realistic parts for regulatory testing and assembly trials
- Multiple tooling material options to suit different objectives
Pilot tooling smooths the transition to high cavitation, high volume production.
Illustrative tooling iteration reduction: 30–50% fewer modifications.
When packaging risks appear late, we bring packaging prototyping forward
Early Packaging Options
Packaging issues often surface at the last moment. We prevent this with digitally printed cartons, label prototypes, shortrun packaging builds and realistic mockups.
- Fast validation of artwork, labelling and regulatory content
- Early stakeholder and customer review
- Confirmation of fit, tolerance, closure integrity and machine handling
- Avoidance of premature investment in production grade dies or plates
Packaging readiness becomes predictable—not a last minute scramble.
When assembly processes don’t scale, we develop them early and iteratively
Proven Pilot Assembly Options
Assembly issues found late become launch critical bottlenecks. We derisk this through prototype and pilot assembly process development, including fixtures, torque control, ultrasonic welding, bonding, dispensing and pressfit controls.
- Repeatable, documented processes that scale into automation
- Early yield improvement and scrap reduction
- Shorter learning curves at launch
Strong early assembly engineering reduces risk at every later phase.
Typical right first time prototype builds: 90–95%, Pilot lines: 20–40% automated
When full automation is not yet justified, we build semi-automated systems that bridge the gap
Scalable Assembly Automation
Early in scaleup, full automation can be premature or financially risky. Our semi-automated stations combine operator assisted steps with automated controls for critical parameters.
- Reduces cost vs. full automation
- Maintains high process capability
- Provides flexibility for engineering changes during ramp up
An adaptable solution for fast and efficient growth.
Semiautomated lines: 50–70% automated.
When it’s time to scale volume, we engineer the transition to high cavitation and full automation
Scalable Moulding Technologies
As demand increases, processes must scale predictably. We support the shift to multi cavity tooling, EOAT design, automated handling, robotic packaging, and inline vision inspection.
- High volume, low unit cost, stable production
- Scientific moulding methodology optimising production
- Predictable cycle times and capable processes (Cpk stability)
- Reduced labour dependency and improved repeatability
Your operation becomes stable, efficient, and ready for sustained growth.
Assembly yield at launch: 95–98% (improving to ~99%). High volume: 80–95% automated
When regulatory evidence is needed, we support verification builds and documentation
Regulatory Conformance Throughout
We provide end to end product validation support, including protocol creation, build management, sample coordination, traceability and reporting.
- Smooth regulatory submissions (MDR, 510(k), UKCA)
- No latestage nonconformances
- IQ/OQ/PQ readiness
- Strong documentation for audits and approvals
Regulators get what they need, when they need it.
Why choose Quvara prototyping & scale-up?
Because we don’t simply prototype or scale – we plan this from the start.
We integrate engineering depth, metrology, tooling, assembly development, automation, compliance and packaging into a single, predictable, disciplined process.
We help teams accelerate development, reduce risk, and transition confidently from concept to production at scale.
Volumes: 10unit prototypes → millions annually at scale.
- Accelerate learning with 3D printing, fast metrology and test method development
- Remove ambiguity and risk early
- Reliable scaling from manual to full automated processes
- Complete product support including materials, packaging and labelling
- Built in compliance at every stage
Need more information on our Prototyping, Scale Up & Transfer?
If you are developing, scaling, or manufacturing a regulated medical device, unanswered questions slow everything down.