We develop and apply cutting-edge technologies for activation, functionalization, and modification of polymer surfaces — enabling better adhesion, printability, coatings, and sustainable product design.
From feasibility study through scale-up and production, we support every stage of your surface modification project.
Technology selection, process design, and feasibility studies tailored to your material and application requirements.
Custom R&D for novel surface modification processes — from laboratory discovery to pilot-scale validation.
Bridging the gap between bench-scale results and industrial production with process monitoring and control expertise.
Independent guidance on plasma systems, VUV lamps, flame treaters, and coating equipment to fit your process needs.
Standardized testing protocols and analytical methods to ensure consistent surface performance at every production run.
Hands-on training programs for your team covering plasma physics, surface chemistry, and analytical techniques.
Our plasma chambers process substrates up to 0.4 m³, enabling surface activation across film, fabric, and 3D part geometries. Ideal for improving adhesion, printability, and bonding of polyethylene, polypropylene, and engineering polymers.
Polymer surface modification opens new performance possibilities across industries — from packaging and automotive to medical and additive manufacturing.
Activation of PE films for printing and lamination. Improved ink adhesion, seal strength, and barrier coatings.
Lacquering PP-based bumpers and copolymers, adhesive bonding of plastic trim, and durable coating systems.
Surface functionalization of 3D-printed polymer parts for improved bonding, aesthetics, and functional coatings.
Hydrogel nanofilms for protein-compatible surfaces. Porous membrane functionalization for filtration and diagnostics.
Metallization of plastics, conductive layer adhesion, and dielectric thin-film deposition for circuit boards.
Design-for-recycling through monomaterial structures enabled by surface modification instead of co-extrusion.
From lab-scale screening to small industrial runs, our facility covers the full R&D-to-production transition.
Up to 0.4 m³ low-pressure plasma chamber for batch treatment of films, fabrics, and 3D parts.
30 cm wide web handling for roll-to-roll plasma, Corona, flame, and VUV treatment of flexible substrates.
Vacuum-ultraviolet lamps for atmospheric pressure photochemistry, curing, and selective surface functionalization.
Roll-to-roll flame treatment integrated with film converting — third-generation beyond standard oxidative activation.
State-of-the-art X-ray photoelectron spectroscopy for quantitative elemental and chemical state surface analysis.
Multiple printing techniques at atmospheric pressure for coating, inkjet, and functional material deposition studies.
We offer surface analysis as a standalone service. Clients benefit from state-of-the-art instrumentation and deep polymer expertise — not just instrument access.
We follow a structured path from problem definition through production support — minimizing risk at every stage.
We start with your substrate, target function, and production constraints. A brief questionnaire surfaces the right technology candidates.
Rapid lab trials on your material confirm technical viability before committing to full development resources.
Systematic optimization of process parameters — power, pressure, chemistry, speed — with analytical confirmation at each step.
Pilot-scale validation using our web-processing equipment, followed by equipment specification for your production line.
Process monitoring, troubleshooting, quality assurance protocols, and personnel training to ensure lasting results.
Whether you need a quick feasibility check or a full development program, our team is ready to help you unlock new material possibilities.
Serving clients in packaging, automotive, medical devices, electronics, and R&D institutions.