Rapid Prototyping

High-fidelity prototypes to validate designs.
Iterative prototype development for testing and refinement.
Compatibility with advanced manufacturing techniques.

Our team ensures prototypes are optimised for both functionality and manufacturability, minimising time to market.

  • Extensive experience with minimally invasive device prototyping.
  • Use of cutting-edge CAD software for precision modelling.
  • Collaboration-focused approach for tailored solutions.
Faster time to market.
Reduced design risks through iterative testing.
Cost-effective innovation for complex designs.
Latest Posts View All
mask
Sustainability Starts with Location: How Our Claregalway Base Is Helping Us Reduce Our Carbon Footprint At Salt Medical, sustainability isn’t just a checkbox – it’s a mindset built into how we operate every day. While medtech innovation and manufacturing require advanced systems and compliance, we believe meaningful change can start with simple, strategic decisions, like where we choose to work. A Smarter Commute Means Lower… Read More Read More
mask
The road to success in medical device manufacturing Series 3: Continuous improvement Continuous Improvement in Medical Device Manufacturing At Salt Medical, we understand that excellence in medical device manufacturing doesn’t come from a one-time achievement, it’s built through continuous improvement. In an industry where precision, compliance, and quality are non-negotiable, refining how we design and manufacture is essential to maintaining both innovation… Read More Read More
The Road to Success in Medical Device Manufacturing Series 2: design transfer
mask
The Road to Success in Medical Device Manufacturing Series 2: Design Transfer In the world of medical device innovation, great design is only the beginning. Ensuring that a device can be manufactured efficiently, safely, and at scale is where Design for Manufacturability (DFM) plays a critical role. This article explores how introducing DFM early in the development process can reduce risk, streamline production, and ultimately speed up time to market. From material selection and regulatory compliance to simplified assembly and cost-efficiency, we break down the 8 key questions every product team should ask when designing a device built for real-world success. Whether you’re launching a next-gen catheter or scaling a breakthrough technology, understanding DFM is essential to navigating the complex path from concept to commercialisation. Read More Read More
Need a Reliable Medical Component Partner? Contact Us