Revolutionize surface treatment with plasma technology

We work with manufacturers to achieve the bond strength their materials and applications demand. Through precise control of activation energy, plasma density, and surface functionalisation, we create surfaces that form stronger, more stable chemical interfaces with adhesives. Plasma treatment enables high-strength bonding across difficult polymers, complex part geometries, and high-speed production environments delivering optimised adhesion performance.

• Industry leading activation energy
• Uniform treatment for complex, sensitive materials
• Consistent interfacial strength

We replace solvent-based primers and wet chemical treatments with a clean, air-driven plasma process that delivers strong adhesion without chemicals, waste, or compliance burdens.

• Chemical free surface preparation
• No solvents, primers, or VOCs
• Sustainable, production ready process

Our technology enables print manufacturers to achieve durable, high-resolution adhesion on even the most challenging polymers by using plasma to create consistently print-ready surfaces that meet the quality expectations of leading performance brands.Our technology achieves plasma exposure efficiencies unmet by other technologies on the market.

• Enhanced ink-polymer bonding
• Improved print durability and wear resistance
• Consistent print performance

Although surfaces often appear clean, they are often covered by microscopic contaminants and nanometre-scale organic films that inhibit downstream processes. Our high energy plasma cleaning precisely removes these chemically bound residues through controlled oxidation and bond scission, leaving a highly reactive, contamination-free surface ready for superior bond adhesion or coating performance.

• Removal of organic contaminants
• Creation of highly reactive super-clean surface
• High-performance surface preparation

We develop plasma-deposited coatings that add functionality directly to the surface, enabling properties that cannot be achieved through bulk material selection alone. By controlling plasma chemistry and deposition conditions, we engineer thin-film layers that deliver specific performance outcomes, gas-barrier coatings, anti-reflection, anti-fingerprint, water repellent, and anti-fouling surfaces, without altering part geometry or mechanical properties.

• Functional surface modification
• Precisely controlled thin-film layers
• Gradient film chemistry
• Long-term bond priming
• Uniform treatment for complex, sensitive materials