PlasmaDyne Pro for Advanced Surface Treatment
We are taught that solid, liquid, and gas are the three fundamental states of matter. However, there is a lesser-known yet crucial fourth state - plasma. Plasma energy is at the core of 3DT’s PlasmaDyne Pro, revolutionizing surface treatment and adhesion performance in manufacturing.
PlasmaDyne Pro's Models and Customization
PlasmaDyne Pro: Harnessing the Power of Plasma for Superior Adhesion
Overcoming Adhesion Challenges in Manufacturing
Bonding difficulties are common in manufacturing due to the chemical structure of many materials, which naturally resist adhesion. PlasmaDyne Pro eliminates these challenges by modifying surface properties to enhance bonding strength.
How PlasmaDyne Pro Works
3DT’s PlasmaDyne Pro generates atmospheric plasma to treat a wide range of materials, optimizing adhesion for ink, paint, adhesives, and coatings before decoration, finishing, or part assembly.
This system produces a highly ionized plasma air stream that restructures the chemical properties of surfaces as they pass under the treating head. Though the alteration is invisible, the treated surface dramatically improves bonding capabilities with other materials.
Typical Applications:
✔ Improved ink adhesion on plastic components
✔ Secure bonding of plastic tubing to medical devices
✔ Enhanced wetting of glue on automotive rubber seals before flocking
Customizable to Fit Your Needs
PlasmaDyne Pro is designed to adapt to your unique application. Customization includes:
- Type & number of treating heads
- Plasma discharge duration & intensity
- Line speed adjustments
- Automation & material handling options
Whether you need a basic single-head system or a multi-head, turn-key solution, 3DT has the right system for you. Please fill out the form below, and let’s get started solving your adhesion challenges!
Quotation Request Form
Please fill out the form including as much information as you can to help our team understand your application. We will reply within one business day. Thank you.