We help UK R&D teams and engineers turn concepts into reality with CNC machined prototypes that are accurate, repeatable, and built for progress.
We work closely with research and development teams to bring early-stage concepts to life. We provide CNC machined prototypes that meet functional performance goals and support the development of future production parts.
We understand the pace and pressure of innovation. Our team offers a responsive, supportive service that prioritises accuracy, consistency and speed to help you keep your project on track.
Whether you're iterating a complex component or preparing for production handoff, we can advise on manufacturability and design refinement through our Design for Manufacture service.
We machine a wide range of materials and maintain full traceability throughout every project, with ISO 9001 certified processes and quality inspection as standard.
Penta Precision specializes in creating functional prototypes that closely match the final production parts.
These prototypes are machined with high precision, making them ideal for performance testing, assembly validation, and design verification.
Our DfM service involves reviewing your CAD files to identify potential manufacturing challenges.
By providing recommendations on design adjustments, we help optimize your prototype for efficient production, cost-effectiveness, and improved functionality.
We work with a wide range of materials, including various metals and engineering plastics.
This versatility allows us to produce prototypes that meet specific mechanical, thermal, and chemical requirements of your project.
Yes, we specialize in medium-to-high volume batch production.
After successful prototyping, we can seamlessly transition to producing larger quantities, ensuring consistency and quality across all units.
We take confidentiality seriously. Penta is committed to protecting your intellectual property and is willing to sign Non-Disclosure Agreements (NDAs) to ensure your designs remain secure throughout the prototyping and production process.