Ink adhesion failures on film substrates cost printers thousands in rejected product, reprints, and downtime. QC Electronics corona treaters deliver the consistent surface energy your press demands. For flexographic, rotogravure, and digital printing.
Get a Quote → Talk to an EngineerQC corona treaters raise the surface energy of your substrate to the exact level your ink chemistry requires. Our systems are sized to your specific ink type, substrate, and equipment: not a one-size-fits-all configuration.
Ink surface tension isn’t a fixed number: it changes with speed. Static surface tension is measured when ink is at rest and surfactant molecules have fully oriented at the surface. This is the lab number you’ll see on a technical data sheet.
Dynamic surface tension is what happens at press speed. Research shows that at surface ages below 100 milliseconds—the timeframe relevant to high-speed printing—ink surface tension can be 8-10 dynes/cm higher than the equilibrium value. An ink that tests at 33 dynes/cm at rest may behave like a 42 dynes/cm ink on your press.
The faster your press runs, the higher the effective surface tension of your ink, and the more critical consistent corona treatment becomes. This is why QC treaters use automatic watt density control to maintain treatment levels regardless of line speed changes. This ensures your substrate’s surface energy always exceeds the dynamic surface tension of your ink.
Based on your printing process, here are the QC systems we typically recommend. Every system is custom-configured to your exact substrate, ink type, and line speed.
The go-to for wide web flexographic and gravure printing. Treats both conductive and nonconductive substrates with precision watt density control.
Purpose-built for tag and label presses. Compact, high-power design integrates seamlessly into any narrow web flexographic or digital press.
For printers processing rigid and semi-rigid sheet materials. Uniform treatment across the full sheet width for reliable ink adhesion.
Ink spreads evenly across the substrate surface instead of beading or pulling back, delivering consistent color density and sharp print quality.
Ink bonds permanently to the treated surface. No rubbing off, no flaking, no delamination, even under demanding post-print converting processes.
Higher substrate surface energy improves ink flow-out and reduces drying time. In-line corona treatment has been shown to increase commercial press speeds by 50-200 fpm on non-porous substrates.
Eliminate reprints and rejected product caused by adhesion failures. Consistent treatment means consistent output—run after run.
We gather details about your substrate, ink type, line speed, treat width, and production environment.
Ship us your substrate. We run it through our treaters and measure dyne levels to determine optimal treatment parameters.
Our engineers configure a corona treater matched to your exact specs: application, substrate, treat width, power density, and mechanical integration.
Every system ships after a week-long QA test under load. We support installation and provide ongoing technical assistance.
Tell us about your printing process, substrate, and ink type. Our engineers will recommend the right corona treatment system and provide a detailed quote.
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