HPT300-FI - Vacuum Plasma treatment system
The Henniker Plasma HPT300 low pressure plasma treatment systems are microprocessor controlled bench-top devices that are ideal for routine laboratory, R&D and light industrial tasks.
Benefits
- compact benchtop unit
- user friendly TFT interface
- recipe store
- fast treatment time
- precise & repeatable
- no hazardous emissions
HPT 300 Fixed air version main specifications:
- The airflow is set, so there is no extra option for adding additional gas into the process. It is the basic version of the device.
- "BenchTop" housing dimensions: W: 553 x H: 600 x D: 615 mm
- Weight: 40 kg
- Rectangular chamber: 200 x 200 x D: 320 mm
- Power: 0…250W, smoothly adjustable with 40 kHz power supply
- User interface: 5.7” TFT touch panel
- Programmable timer: 0…99 min with 1-second resolution
- Process vacuum measurement and control
- Power supply: 230 VAC
- The device needs an oil or dry pump for proper operation
The Henniker Plasma HPT300 low pressure plasma treatment systems are microprocessor controlled bench-top devices that are ideal for routine laboratory, R&D and light industrial tasks. Due to their ease of use and reliability, they are the instrument of choice for many of the world’s leading companies and institutes, where they are used to activate materials in order to increase wettability and improve adhesion.
HPT300 includes an integrated pressure gauge and precision gas flow controller as well as a suitable vacuum pump, everything needed for operation. Simple recipes are stored via the intuitive touch screen control and are executed with a single button press and, because we do not use analogue timers or unreliable needle valves, process repeatability is guaranteed each and every time.
Henniker Plasma’s HPT plasma systems are perfect for surface cleaning, surface preparation and surface modification of a wide range of materials including metals, glass, polymers, ceramics, plastics and composites. Key applications include composites joining development, microfluidics PDMS bonding, microscope sample cleaning, optics cleaning, metals cleaning, biomedical applications, polymer science and medical device manufacture.