Plasma technology for biomedical and life science innovation
Plasma tech for Biomedical and life science
Plasmapps provides specialized cold plasma solutions engineered to optimize surfaces for critical biomedical and clinical applications. By tailoring surface properties at the molecular level, our technology ensures uncompromised functionality, biocompatibility, and reliability across multiple life science sectors:
- Advanced Diagnostics: Specialized biochips and functionalized surfaces, such as high-performance diagnostic slides, optimized for microfluidic applications.
- Tissue Engineering & Cell Culture: Precisely engineered cell-adhesive or cell-repulsive surfaces, biomolecule immobilization layers, and textured nano-composite structures designed to optimize tissue integration.
- Hemocompatible Surfaces: Superior blood-compatible surfaces for vascular prostheses, heart valves, catheters, and hemodialysis membranes.
- Anti-Fouling & Anti-Bacterial Solutions: Active prevention of biofilm formation and bacterial fouling on contact lenses, intraocular lenses, biosensors, and catheters.
- Advanced Sterilization & Inertness: Complete sterilization for surgical instruments, endoscopes, and sutures, while applying inert surface finishes.
- Protective Barriers & Additive Migration Prevention: Nanometric barrier coatings for pharmaceutical packaging, bottles, and containers. This invisible shield significantly reduces the dangerous migration of monomers, additives, dyes, or manufacturing impurities into sensitive products, fully safeguarding consumer and patient health.
Technical Benefits
Biofunctional surfaces
Enables cell-adhesive or cell-repulsive surfaces for tissue engineering and diagnostics.
Hemocompatibility
Produces blood-compatible surfaces for vascular prostheses, heart valves, catheters, and membranes.
Anti-biofouling
Prevents biofilm formation on medical devices, biosensors, and contact lenses.
Sterilizable surfaces
Supports complete sterilization without compromising material integrity.
Barrier and migration control
Nano-thin plasma films reduce chemical migration from packaging and materials.
Functional Benefits
Enhanced medical device performance
Improves reliability, safety, and functional lifespan of biomedical devices.
Improved tissue integration
Optimizes cell adhesion and growth for implants and scaffolds.
Cleaner, safer surfaces
Reduces contamination, biofilm formation, and microbial growth.
Regulatory compliance
Supports medical, pharmaceutical, and food-grade standards.
Economical & Environmental Benefits
Reduced maintenance and replacement costs
Longer-lasting biomedical surfaces and devices.
Chemical-free treatments
Minimizes use of solvents and hazardous agents.
Sustainable biomedical manufacturing
Plasma processes lower environmental impact compared to traditional coatings.
Safe consumer applications
Reduces risks from additive migration in packaging for food and pharma products.
Interested in BIOMEDICAL AND LIFE SCIENCE solutions?
We tailor surface properties without altering the material’s bulk characteristics. Tell us about the technical issue you are facing — we are ready to help. Every collaboration begins with an experimental validation on your product sample in our laboratory.