Some technologies you can touch. Others you need a microscope to see.
And then there are those that quietly change everything — without anyone noticing.
GP5 is one of them.
The Body’s Silent Battle
Every time we place a foreign object in the body – whether it’s a glucose sensor or a spinal implant – the immune system takes note. Even with today’s best materials, inflammation and immune response remain key challenges in medical device longevity and patient outcomes.
We don’t talk about it enough:
Immunological reactions are among the most costly complications in modern healthcare – not just in money, but in suffering and risk.
Designed for the Human Body
GP5 is a nano scale particle-based surface coating engineered to reduce the immune system’s response – without compromising functionality or biocompatibility.
Each GP5 particle is only 20–40 microns wide – but the secret lies not in the size, but in the precise distribution. With AI-supported quality control, we ensure optimal spacing, stability, and long-term performance.
This is biotechnology built for humans – not just machines.
Why It Matters
GP5 isn’t just about better healing. It’s about smarter systems.
- Fewer complications
- Shorter recovery times
- Fewer revisions
- Lower long-term healthcare costs
In a time where every saved surgery matters, solutions like GP5 go beyond science — they deliver systemic value.
A Collaboration-Driven Breakthrough
We’re proud to work alongside partners in the Glucare consortium, including ZP (ZemlerPeacock), who are running in vitro testing and helping validate our results.
This is not just our journey – it’s a collective effort to bring next-gen implant safety into the real world.
What’s Next?
We are now seeking industrial partners, particularly implant and sensor manufacturers, who want to integrate GP5 into their products and make safer, more compatible implants a new standard.
Want to see GP5 in action? Or learn how we use AI to monitor particle distribution before implantation?
Reach out. Sometimes, the smallest innovations make the biggest difference.