IPFL is at the forefront of supporting the scientific, educational, and life sciences communities with meticulously engineered plastic components. Leveraging our expertise in precision machining, fabrication, and advanced 3D printing, we provide tools and parts that empower researchers, educators, and innovators.
At IPFL, we produce plastic components for life sciences and scientific instrumentation using diffusion bonding, micro-machining and laser-welding methods developed in-house. These can be utilised to produce multi-layer components that are clean and precise, and free from particulate matter, residue and scaling.This makes them ideal for the medical industry, where many products must be clear and also adhere to strict ISO guidelines.
We have a strong reputation and long-standing relationships in the medical research and life sciences industries, and we liaise with the UK’s top universities and institutes, providing them with precision machining and 3D printing solutions.
IPFL isn’t merely a provider of high-quality plastic parts; we are a dedicated contributor to the progress of science, education, and life sciences. Our collaborative approach with clients in these sectors has led to advancements that shape a better understanding of the world around us. Multi-layer microfluidic manifolds or point-of-care devices offer many advantages in the life sciences industry, due to their design flexibility. They can provide mixing channels, flow splitters, optical imaging windows, and reagent storage and introduction. Get in touch today and let us know what you are looking for – we will discuss your project and guide you through the production process.
Join a growing body of researchers, educators, and life science professionals who trust IPFL’s adaptable, precise, and innovative manufacturing services. Contact us today to see how our custom plastic components can drive your project forward.
Plastic Fabrications and Machining
Diffusion bonding
Laser cutting
Laser welding
Micro-machining
High-speed routing
5 axis machining
Plastic medical components
Microfluidics
Manifolds
Enclosures
Lenses
Light guides
Pressure vessels
