Vacuum deposition machines and processes for:
Webs
Non-metal webs
Metal webs
Glass
Powders
3D Parts
Vacuum machines and processes for:
Solar materials
Battery materials
Display materials
Components
Sputter magnetrons
Pretreatment devices
Evaporation devices
Sheet resistance measurement roller
Special equipment
Drying machines
Laminators
Contract coating




























Sidrabe, Inc.
Riga, Latvia LV-1073
Tel: +371 67249806
Fax: +371 67139506
E-mail: sidrabe@sidrabe.eu

Components/Pretreatment devices

Linear Ion Sources

Etching and cleaning of moving polymer, metal, glass and fabric substrates before coating to enhance adhesion characteristics.

Ion assistance during deposition to ensure stability of the coating properties.
The ion source operates according to the anode-layer-source principle.

The ion source produces the high current ion beam of variable energy between 200 and 1500 eV. Energetic ions physically etch the material surface, thus cleaning it.
On Customer’s request the ion source can be equipped with a power supply.

Glow Discharge sources

The glow discharge source consists of a compact box with two electrodes and integrated gas admission manifold for process gasses feeding and distribution in the pretreatment zone. The working gas flows are controllable.

A magnetic system is provided for higher effectiveness of the pretreatment.
Electric parameters of the glow discharge are automatically preset and sustained by the control system.
The sources are mainly used for treatment of moving plastic films.

Inverted magnetrons

The inverted magnetrons have been used successfully for treatment of moving metal foils.
The magnetron discharge is ignited on the substrate, which is practically a cathode, because it is moved along the roller cathode unit. The cathode unit magnetic system is fixed in the space. The cathode unit is equipped with an individual electrical drive.

Having created our own design criteria, we can also equip and modify existing vacuum deposition systems.

Ion beam Linear ion sources Glow discharge source

Technical Specifications of Ion Sources

Working gases: Ar, O2 or mixture of these gases
Working pressure: 2∙10-4...5∙10-3 Torr
Power: DC, up to 1000 W
Discharge voltage at collimated mode:300-3000V
Discharge current at collimated mode:0.03-1.0 A
Cathode unit length: 300...1200 mm
Two mounting possibilities: on the flange or inside the vacuum chamber
Cathode cooling: indirect

Technical Specifications of Glow Discharge Sources

Working gases: Ar, O2, N2 or mixture of these gases
Working pressure: 5∙10-2...5∙10-3 Torr Discharge voltage: up to 1000 V
Discharge current: up to 1.0 A
Power supply: DC
Electrode length: up to 1600 mm
Admissible speed of the substrate movement for optimum treatment: up to 10 m/min
Electrode cooling: indirect

Technical Specifications of Inverted Magnetrons

Working gas: Ar
Working pressure: 1∙10-2...8∙10-4 Torr
Power supply: DC, DC-pulse
Discharge power: up to 2 kW/m
Admissible speed of the substrate movement for optimum treatment: up to 5 m/min
Substrate width: up to 2000 mm
Cathode diameter: 152 mm
Cathode cooling: indirect
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