Introducing Nova: Revolutionizing Plasma Treatment for Research and Development
The Future of Plasma Treatment is Here
Nova, an innovative benchtop plasma system, is set to transform the way research and development is conducted. Developed by Henniker Plasma, a leading manufacturer, Nova bridges the gap between industrial-grade plasma treatment and laboratory settings, offering unprecedented capabilities.
Plasma treatment is a powerful tool, altering material surfaces to enhance adhesion, bonding, and wetting. The plasma itself is a dynamic mix of highly reactive species, and by controlling these, researchers can achieve specific surface effects. However, smaller plasma systems often lack the control and scalability required for large-scale production.
But here's where it gets controversial: Nova solves this problem. It brings the automation, process parameters, and data recording features of Henniker's larger systems to a compact, benchtop format. This means industrial-grade processing is now accessible in a laboratory setting.
Nova is an evolution of Henniker's production-scale Nebula Plasma System. It combines PLC automation, recipe-driven control, data traceability, and the optional CoatX™ nano-coating platform, all in a more compact and user-friendly device.
The Benefits of Lab Automation
By automating liquid handling and other processes, Nova offers significant advantages. It saves time, resources, and money, streamlining laboratory operations. The system generates a high-purity, low-pressure plasma environment, ensuring consistent and reliable surface treatment. It supports a range of gases, from oxygen and air to argon, nitrogen, and fluorocarbons, making it versatile for various surface cleaning, activation, and modification tasks.
Each cycle is carefully monitored and controlled via PLC, ensuring consistent pressure, power, and plasma density. This level of control and repeatability is a game-changer for researchers.
Nova's applications are vast, from microfluidics and biomedical coatings to micro-electromechanical systems and optical/electronic interfaces. Its precision and control open up new possibilities for innovation and development.
Terry Whitmore, Managing Director at Henniker Plasma, explains, "The Nova represents a significant advancement, bringing industrial plasma precision to the laboratory. It empowers R&D teams to refine their processes with the same control and automation as production environments, accelerating development cycles and facilitating seamless scale-up."
With Nova, the future of plasma treatment in research and development looks brighter and more accessible than ever before.
What are your thoughts on the potential of Nova and its impact on the industry? We'd love to hear your opinions and insights in the comments below!
