Gas plasma treatment is a proven standard for controlled substrate surface cleaning, adhesion promotion and thin film coatings. The plasma is created by using high frequency voltages to ionize the low pressure gas (typically around 1/1000 atmospheric pressure). It offers a variety of possibilities for surface modification, such as plasma cleaning (removing surfaces with residues, oils, or contamination), plasma activation (activation of various materials before gluing or painting etc. further treatment), plasma etching (moving materials from surfaces) and plasma coating (coting of parts).

Key Features

Chamber volume: depending on models, 1.9 to 6.0 liters
Timer: digital
Controls

Semi-automatic
Rotary switch
PCCE control (Microsoft Windows CE)
PC control (Microsoft Windows POS Ready 2009)

Vacuum chambers

Stainless steel round with cover (approx. ∅ 100 mm, L 278 mm or L 600 mm)
Stainless steel rectangular, hinged door (approx. W 103 x D 285 x H 103)
Aluminum rectangular, hinged door (approx. ∅ 103 mm x 103 mm, L 280 mm or L 600 mm)
Quartz glass (UHP) round with lid or with hinged door (approx. ∅ 95 mm, L 280 mm or L 600 mm)
Borosilicate glass (UHP) round with lid or with hinged door (approx. ∅ 95 mm, L 280 mm or L 600 mm)

Frequencies:

40 kHz: power 0 - 100 W; 0 - 1000 W
100 kHz: power 500 W
80 kHz: power 1000 W
13.56 MHz: power 0 - 200 W
2.45 GHz: power 0 - 100 W; 0 - 300 W
All generators are infinitely adjustable from 0 - 100%

Additional options

Spare parts kit, pressure gauge, corrosive gas design, gas bottles, pressure reducer
Faraday cage, plasma polymerization accessories, test inks, oxygen generator
Low ventilation, slow pump-off, maintenance/service, documentation in local language

Typical Applications: