This fixed plasma torch is designed to project fine plasma layers for the treatment and cleaning of plastic, metal and glass surfaces.
The treatment is carried out by a jet of plasma free of potential. The Plasma is generated by a high voltage electrical discharge in a jet of compressed air inside the processing torch. It is ejected to the outside by a nozzle on the surface of the workpiece. Since the plasma is produced without potential, conductive or non conductive materials are treated with the same efficiency.
Treatment is the result of combined chemical and physical effects:
- Elimination of hydrocarbons.
- Elimination of organic particles.
- Surface corrosion protection
- Protection and strength of materials
- Modification of the structure by grafting of reactive groups greatly increasing the wettability of the surfaces.
Applied in a number of industrial applications producing, handling, or processing plastic, metal or glass parts, the PFW 10® Plasma Torch is mainly used to work at high speed or high energy, It is desired to selectively process specific areas of the part concerned (eg groove, groove, etc.).
Process efficiency parameters are defined by distance, processing width, and speed. They are dependent on the nozzle of the plasma torch, also, depending on the application, different types of nozzle are available.
Maintenance of the Plasma Torch PFW 10® is very low because the wear of its components is almost non-existent. Fixing to a robotic system is facilitated by a fixing bracket. Optionally, continuous plasma monitoring can be performed by an optical fiber. Torch activation and emergency stops are instantaneous.
The treatment is carried out by a jet of plasma free of potential. The Plasma is generated by a high voltage electrical discharge in a jet of compressed air inside the processing torch. It is ejected to the outside by a nozzle on the surface of the workpiece. Since the plasma is produced without potential, conductive or non conductive materials are treated with the same efficiency.
Treatment is the result of combined chemical and physical effects:
- Elimination of hydrocarbons.
- Elimination of organic particles.
- Surface corrosion protection
- Protection and strength of materials
- Modification of the structure by grafting of reactive groups greatly increasing the wettability of the surfaces.
Applied in a number of industrial applications producing, handling, or processing plastic, metal or glass parts, the PFW 10® Plasma Torch is mainly used to work at high speed or high energy, It is desired to selectively process specific areas of the part concerned (eg groove, groove, etc.).
Process efficiency parameters are defined by distance, processing width, and speed. They are dependent on the nozzle of the plasma torch, also, depending on the application, different types of nozzle are available.
Maintenance of the Plasma Torch PFW 10® is very low because the wear of its components is almost non-existent. Fixing to a robotic system is facilitated by a fixing bracket. Optionally, continuous plasma monitoring can be performed by an optical fiber. Torch activation and emergency stops are instantaneous.