The medical sector demands components that work well and last. We manufacture medical springs, wire forms and stampings for vital equipment such as catheter clips and ventilators.
With over 70 years of experience, we supply springs and pressings to healthcare companies. Our engineers design and produce both stock and custom parts for medical devices.
We engineer springs for many types of medical devices. Springs can provide force, movement and support within a device.
We supply compression, tension and torsion springs. We make them in different sizes, materials and tolerances to suit the application.
Our spring manufacturing covers a range of spring types and sizes. Compression springs provide controlled resistance. Tension springs provide pull force and tension retention. Torsion springs support rotational movement.
We can produce springs for medical equipment in different wire sizes, materials and tolerances. The design depends on the space available, the force needed and how often the spring will move.
Our engineers can help review these factors during the design stage. This helps make sure the spring is suitable for the device and its intended use.
Metal pressings provide structural support and retention in medical equipment. They can also form housings and other small parts.
We make bespoke pressings to suit the shape and size of the component. Our methods include laser cutting, wire forming and surface finishing.
Good component design starts with how the part works. Our engineers can review the material, size, load, space and spring movement.
This helps create a component that fits the device and works as required.
We support projects from early design and prototyping through to production. Our engineers can also support existing medical components when changes to size, design or performance are needed.
We carry out quality checks during production. ISO 9001 supports our quality system and helps keep our production processes clear.
For medical springs and pressings, we can work from your design or help develop a suitable component. Our engineers can review the design and help prepare the part for production.
This support can help with fit, movement and use within each device.
We work with medical device manufacturers on projects that need springs and pressings. Our engineers support each project from design to production.
We make compression springs for drug delivery systems and metal pressings for diagnostic equipment. We make each part to suit the needs of the device.
Contact us today to learn how we can support your next medical device project.
We have manufactured a range of different springs and pressings for medical purposes, here are just a few of the most common types:
Yes. Whether you need standard stock springs or fully bespoke designs, our engineers can develop the right solution for your application. We factor various elements into our custom designs, such as environment considerations, tolerances, special surface finishes, and integration.
The medical sector demands the use of surgical grade spring materials in many cases to avoid contamination or infection. Stainless steel and other alloys are typically used in this industry, but our experts will be able to guide you through the perfect metal for your needs.
With our state-of-the-art production facility and dedicated equipment, we ensure that all our products are compliant with the industry they will end up. We use rigorous quality control processes, and we’re ISO 9001 certified, and we’re members of The Institute of Spring Technology, MMMA, Made in Britain, EcoVadis, and SBTI.
We can guide you through exactly what you need to know for ordering medical sector components. Here just a few examples:
Use biocompatible, corrosion-resistant alloys that can tolerate repeated sterilisation, resist bodily fluids, disinfectants and cleaning agents. If adhering to set standards, make sure the materials selected comply with this.
Medical springs can undergo millions of cycles, so it’s vital to select fatigue-resistant designs to guarantee consistent performance over the device’s intended lifespan.
Many medical devices need springs with extremely tight tolerances. When ordering your springs, account for how the component will fit into its housing, and how it will integrate into an automated assembly.
Choose end types that provide stability and force consistency to ensure your springs perform reliably.
Additional surface treatments and plating can elevate corrosion resistance, which is critical for both external devices like inhalers and implantable components.
