+7 (812) 645-08-06
Plasma surface preparation machines
select brand
Plasma generator - 4 - 15 kW | MRVP 4..15k
This type of generators represent a new industrial standard for applications
in under vacuum metallizing chambers.
The configuration of the power circuits.
The cooling by air (the system does not need any cooling by water,
avoiding all the problems may arise with this type of cooling)
The construction completely with solid-state components.
A modern Touch Panel used...
in under vacuum metallizing chambers.
The configuration of the power circuits.
The cooling by air (the system does not need any cooling by water,
avoiding all the problems may arise with this type of cooling)
The construction completely with solid-state components.
A modern Touch Panel used...
Plasma generator - 4 - 15 kW | MRVP 4..15k
This type of generators represent a new industrial standard for applications
in under vacuum metallizing chambers.
The configuration of the power circuits.
The cooling by air (the system does not need any cooling by water,
avoiding all the problems may arise with this type of cooling)
The construction completely with solid-state components.
A modern Touch Panel used for the control of the generator, of the energy applied to the plasma chamber and for the management of the Mass-Flow-Control.
Are all requisities that position these equipments ahead for this type of applications.
MAIN FEATURES
High efficiency thanks to the configuration of the power circuits and the use of IGBT modules
Electronic protection short-circuit proof in the inverter power modules
Electronic protection in case of accidental overloads inside the plasma chamber
Air cooling (the system does not need any cooling by water, avoiding all the problems that may arise with this kind of cooling)
Automatic matching to the varying load conditions (When used in automatic mode, the applied energy density is kept stricfly constant even in presence of variation of vacuum grade or when the quantity of gas injected varies)
Universal supply voltage 3x380-415-440 V (without need for a network transformer)
Construction according to EN-60204-1
Electromagnetic compatibility (EMC) in accordance with norms EN-5511 and EN 50082-2
Monitoring, display of work magnitudes and alarm signalling by special operator terminal Touch Panel.
in under vacuum metallizing chambers.
The configuration of the power circuits.
The cooling by air (the system does not need any cooling by water,
avoiding all the problems may arise with this type of cooling)
The construction completely with solid-state components.
A modern Touch Panel used for the control of the generator, of the energy applied to the plasma chamber and for the management of the Mass-Flow-Control.
Are all requisities that position these equipments ahead for this type of applications.
MAIN FEATURES
High efficiency thanks to the configuration of the power circuits and the use of IGBT modules
Electronic protection short-circuit proof in the inverter power modules
Electronic protection in case of accidental overloads inside the plasma chamber
Air cooling (the system does not need any cooling by water, avoiding all the problems that may arise with this kind of cooling)
Automatic matching to the varying load conditions (When used in automatic mode, the applied energy density is kept stricfly constant even in presence of variation of vacuum grade or when the quantity of gas injected varies)
Universal supply voltage 3x380-415-440 V (without need for a network transformer)
Construction according to EN-60204-1
Electromagnetic compatibility (EMC) in accordance with norms EN-5511 and EN 50082-2
Monitoring, display of work magnitudes and alarm signalling by special operator terminal Touch Panel.
Plasma generator - 10 kW | MRVP 10k CH
COMPACT SIZE AND FLEXIBILITY OF USE
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the...
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the...
Plasma generator - 10 kW | MRVP 10k CH
COMPACT SIZE AND FLEXIBILITY OF USE
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the operator panel.
HIGH EFFICIENCY
Achieved by using yhe technique of conversion ZVS (resonant converter 40-50khZ).
WORKING MODE
Manual Mode
Automatic Mode “W”
Automatic Mode “SPECIFIC POWER”
Automatic Mode “V.Out”
Automatic Mode “I.Out”
ARC CONTROL
Automatic sensitivity adjustment depending on the power level of the adjustment mode used.
PROGRAMMABLE LOGIC CONTROLLER (PCL)
Adjustment and visualization of the analog operating values
Management of the digital I/O and alarms
Service reports
PROFIBUS-DP
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the operator panel.
HIGH EFFICIENCY
Achieved by using yhe technique of conversion ZVS (resonant converter 40-50khZ).
WORKING MODE
Manual Mode
Automatic Mode “W”
Automatic Mode “SPECIFIC POWER”
Automatic Mode “V.Out”
Automatic Mode “I.Out”
ARC CONTROL
Automatic sensitivity adjustment depending on the power level of the adjustment mode used.
PROGRAMMABLE LOGIC CONTROLLER (PCL)
Adjustment and visualization of the analog operating values
Management of the digital I/O and alarms
Service reports
PROFIBUS-DP
Plasma generator - 20 kW | MRVP 20k CH
COMPACT SIZE AND FLEXIBILITY OF USE
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the...
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the...
Plasma generator - 20 kW | MRVP 20k CH
COMPACT SIZE AND FLEXIBILITY OF USE
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the operator panel.
HIGH EFFICIENCY
Achieved by using yhe technique of conversion ZVS (resonant converter 45-50khZ).
WORKING MODE
Manual Mode
Automatic Mode “W”
Automatic Mode “SPECIFIC POWER”
Automatic Mode “V.Out”
Automatic Mode “I.Out”
ARC CONTROL
Automatic sensitivity adjustment depending on the power level of the adjustment mode used.
PROGRAMMABLE LOGIC CONTROLLER (PCL)
Adjustment and visualization of the analog operating values
Management of the digital I/O and alarms
Service reports
PROFIBUS-DP
The POWER SUPPLY, thanks to the compact size and its modular form, can be mounted inside a cabinet which is containing other equipment, or in a special cabinet containing also the operator panel.
HIGH EFFICIENCY
Achieved by using yhe technique of conversion ZVS (resonant converter 45-50khZ).
WORKING MODE
Manual Mode
Automatic Mode “W”
Automatic Mode “SPECIFIC POWER”
Automatic Mode “V.Out”
Automatic Mode “I.Out”
ARC CONTROL
Automatic sensitivity adjustment depending on the power level of the adjustment mode used.
PROGRAMMABLE LOGIC CONTROLLER (PCL)
Adjustment and visualization of the analog operating values
Management of the digital I/O and alarms
Service reports
PROFIBUS-DP
Plasma generator - 20 - 30 kW | MRVP20-30k
This type of generators represent a new industrial standard for vacuum
metallizing chambers applications.
Power circuits configuration, air cooling, construction using only solid-state components, and a modern Touch Panel, make it the leading-edge equipment
for this type of application.
Mangement of the generator, the arcs, the energy applied...
metallizing chambers applications.
Power circuits configuration, air cooling, construction using only solid-state components, and a modern Touch Panel, make it the leading-edge equipment
for this type of application.
Mangement of the generator, the arcs, the energy applied...
Plasma generator - 20 - 30 kW | MRVP20-30k
This type of generators represent a new industrial standard for vacuum
metallizing chambers applications.
Power circuits configuration, air cooling, construction using only solid-state components, and a modern Touch Panel, make it the leading-edge equipment
for this type of application.
Mangement of the generator, the arcs, the energy applied to the plasma chamber, and the Mass-FLow-Control, is immediate and easy thanks to the Touch Panel.
TECHNICAL CHARACTERISTICS
- High efficiency thanks to the power circuits configuration and the use of IGBT modules
- Short-circuit-proof electronic in the inverter power modules.
- Electronic protection against accidental overloads inside the plasma chamber..
- Air cooling (as the system does not need water, the problems that may arise with this kind of cooling are avoided)
- Arc mangement system
- Automatic matching to varying load conditions (when used in automatic mode, the applied power is kept stricfly constant even if the vacuum grade or the quantity of injected gas varies)
- Universal supply voltage 3x380-415-440 V (a network transformer is not required).
- Construction in accordance with standard EN-60204-1.
- Electromagnetic compatibility (EMC) in accordance with norms EN-5511 and EN 50082-2.
- Monitoring, display of operational values and alarm signalling by special operator Touch Panel.
metallizing chambers applications.
Power circuits configuration, air cooling, construction using only solid-state components, and a modern Touch Panel, make it the leading-edge equipment
for this type of application.
Mangement of the generator, the arcs, the energy applied to the plasma chamber, and the Mass-FLow-Control, is immediate and easy thanks to the Touch Panel.
TECHNICAL CHARACTERISTICS
- High efficiency thanks to the power circuits configuration and the use of IGBT modules
- Short-circuit-proof electronic in the inverter power modules.
- Electronic protection against accidental overloads inside the plasma chamber..
- Air cooling (as the system does not need water, the problems that may arise with this kind of cooling are avoided)
- Arc mangement system
- Automatic matching to varying load conditions (when used in automatic mode, the applied power is kept stricfly constant even if the vacuum grade or the quantity of injected gas varies)
- Universal supply voltage 3x380-415-440 V (a network transformer is not required).
- Construction in accordance with standard EN-60204-1.
- Electromagnetic compatibility (EMC) in accordance with norms EN-5511 and EN 50082-2.
- Monitoring, display of operational values and alarm signalling by special operator Touch Panel.
Atmospheric plasma generator - 4 - 10 kW | MR/AP 4..10k IGBT
The new generation plasma generators represent the new industrial standard for this type of device.
The IGBT modules installed in them, featuring high switching speed with low losses, combined with the configuration of the power circuits, ensure high performance and complete self-protection in the event of accidental overloads.
Unquestionably,...
The IGBT modules installed in them, featuring high switching speed with low losses, combined with the configuration of the power circuits, ensure high performance and complete self-protection in the event of accidental overloads.
Unquestionably,...
Atmospheric plasma generator - 4 - 10 kW | MR/AP 4..10k IGBT
The new generation plasma generators represent the new industrial standard for this type of device.
The IGBT modules installed in them, featuring high switching speed with low losses, combined with the configuration of the power circuits, ensure high performance and complete self-protection in the event of accidental overloads.
Unquestionably,...
The IGBT modules installed in them, featuring high switching speed with low losses, combined with the configuration of the power circuits, ensure high performance and complete self-protection in the event of accidental overloads.
Unquestionably,...
Surface treatment machine plasma - 1 min
Chamber Horizontal
Technology Glow discharge
CHAMBER DIMENSION:
Width...
Technology Glow discharge
CHAMBER DIMENSION:
Width...
Surface treatment machine plasma - 1 min
Chamber Horizontal
Technology Glow discharge
CHAMBER DIMENSION:
Width 600 mm
Length 1.755 mm
Height 450 mm
LOADING DATA
Number of trolley
Width
Length
Height 2
460 mm
850 mm
200 mm
ESTIMATED CYCLE TIME 1 MINUTE
Technology Glow discharge
CHAMBER DIMENSION:
Width 600 mm
Length 1.755 mm
Height 450 mm
LOADING DATA
Number of trolley
Width
Length
Height 2
460 mm
850 mm
200 mm
ESTIMATED CYCLE TIME 1 MINUTE
Corona discharge generator / plasma / for surface treatment - HV-X
Corona & Vacuum Plasma Power Generators &
Transformers
Generator HV-X02, HV-X10 & HV-X20
Tantec Power Generator HV-X is a new series of advanced Corona and Plasma power supplies, versatile for stand-alone surface treaters or as a fully integrated treater component in automated lines...
Transformers
Generator HV-X02, HV-X10 & HV-X20
Tantec Power Generator HV-X is a new series of advanced Corona and Plasma power supplies, versatile for stand-alone surface treaters or as a fully integrated treater component in automated lines...
Corona discharge generator / plasma / for surface treatment - HV-X
Corona & Vacuum Plasma Power Generators &
Transformers
Generator HV-X02, HV-X10 & HV-X20
Tantec Power Generator HV-X is a new series of advanced Corona and Plasma power supplies, versatile for stand-alone surface treaters or as a fully integrated treater component in automated lines...
Transformers
Generator HV-X02, HV-X10 & HV-X20
Tantec Power Generator HV-X is a new series of advanced Corona and Plasma power supplies, versatile for stand-alone surface treaters or as a fully integrated treater component in automated lines...
Plasma nozzle / for surface treatment - PlasmaTEC
Plasma surface treatment technology offers innovative solutions to adhesion and wetting problems in many industries....
Plasma nozzle / for surface treatment - PlasmaTEC
Plasma surface treatment technology offers innovative solutions to adhesion and wetting problems in many industries. Component preparation is an important step prior to bonding, painting, varnishing and coating processes. Plasma treatment provides an economical solution for the cleaning and activation of component surfaces before further processing. Plasma surface treatment improves wettability and adhesion of ink, glues and coatings on many different surfaces.
Surface treatment machine plasma - VacuTEC
VacuTEC - Vacuum Plasma Surface Treatment
The purpose of surface treatment of polymer-based materials is to increase surface wettability through electrical discharge. The low surface energy of polymerbased substrates often leads to poor adhesion of inks, glues and
coatings. To obtain optimum adhesion, it is necessary to increase...
The purpose of surface treatment of polymer-based materials is to increase surface wettability through electrical discharge. The low surface energy of polymerbased substrates often leads to poor adhesion of inks, glues and
coatings. To obtain optimum adhesion, it is necessary to increase...
Surface treatment machine plasma - VacuTEC
VacuTEC - Vacuum Plasma Surface Treatment
The purpose of surface treatment of polymer-based materials is to increase surface wettability through electrical discharge. The low surface energy of polymerbased substrates often leads to poor adhesion of inks, glues and
coatings. To obtain optimum adhesion, it is necessary to increase the surface energy of the substrate to just above that of the material to be applied. Surface treatment with Plasma results in improved surface adhesion properties.
VacuTEC creates a high frequency electrical discharge under low pressure
to treat the surface of various shaped products including profiles, keypads, mouldings and extrusions for improved adhesion of printing inks, glues and coatings.
In the treating chamber a vacuum is built up to between 2 and 12 mbar before an electrical discharge is created through the integrated electrode
elements. Treatment cycle times of between 2-120 seconds are normally
required depending on the material and shape of the item to be treated.
The VacuTEC is appreciated for its simplicity of operation, reliability in
production and fast process speed. Treating gasses such as Argon and
Oxygen can be applied, but in most cases this is not necessary due to the
intense effect created in the VacuTEC.
The purpose of surface treatment of polymer-based materials is to increase surface wettability through electrical discharge. The low surface energy of polymerbased substrates often leads to poor adhesion of inks, glues and
coatings. To obtain optimum adhesion, it is necessary to increase the surface energy of the substrate to just above that of the material to be applied. Surface treatment with Plasma results in improved surface adhesion properties.
VacuTEC creates a high frequency electrical discharge under low pressure
to treat the surface of various shaped products including profiles, keypads, mouldings and extrusions for improved adhesion of printing inks, glues and coatings.
In the treating chamber a vacuum is built up to between 2 and 12 mbar before an electrical discharge is created through the integrated electrode
elements. Treatment cycle times of between 2-120 seconds are normally
required depending on the material and shape of the item to be treated.
The VacuTEC is appreciated for its simplicity of operation, reliability in
production and fast process speed. Treating gasses such as Argon and
Oxygen can be applied, but in most cases this is not necessary due to the
intense effect created in the VacuTEC.
Surface treatment machine profile extrusion / plasma - PlasmaTEC
PlasmaTEC Surface Treater for extruded profiles
Two common applications for pre-treatment of automotive EPDM-profiles with Plasma are prior to applying flocking and slip-coating. In the flocking process, treatment is necessary to achieve a strong bond between the rubber and the...
Two common applications for pre-treatment of automotive EPDM-profiles with Plasma are prior to applying flocking and slip-coating. In the flocking process, treatment is necessary to achieve a strong bond between the rubber and the...
Surface treatment machine profile extrusion / plasma - PlasmaTEC
PlasmaTEC Surface Treater for extruded profiles
Two common applications for pre-treatment of automotive EPDM-profiles with Plasma are prior to applying flocking and slip-coating. In the flocking process, treatment is necessary to achieve a strong bond between the rubber and the adhesive used to attach the flock. For slip-coating it is necessary to treat prior to the spray process, to achieve good wettability and optimum adhesion properties of the coating.
Plasma treatemnt eliminates the need for expensive primers, hazardous chemical
treatments or mechanical abrasive brushing. The treatment achieved through Plasma discharge remains cost-effective without creating a threat to the
environment.
PlasmaTEC is manufactured to suit individual customer requirements and is designed for versatile treatment of conductive solid rubber, non-conductive
sponge rubber or a combination of both types of material. The free-standing
systems are self-contained and offer 360o treatment at line speeds up to
40 m/min.
PlasmaTEC conforms with CE regualtions and carries the CE marking.
Two common applications for pre-treatment of automotive EPDM-profiles with Plasma are prior to applying flocking and slip-coating. In the flocking process, treatment is necessary to achieve a strong bond between the rubber and the adhesive used to attach the flock. For slip-coating it is necessary to treat prior to the spray process, to achieve good wettability and optimum adhesion properties of the coating.
Plasma treatemnt eliminates the need for expensive primers, hazardous chemical
treatments or mechanical abrasive brushing. The treatment achieved through Plasma discharge remains cost-effective without creating a threat to the
environment.
PlasmaTEC is manufactured to suit individual customer requirements and is designed for versatile treatment of conductive solid rubber, non-conductive
sponge rubber or a combination of both types of material. The free-standing
systems are self-contained and offer 360o treatment at line speeds up to
40 m/min.
PlasmaTEC conforms with CE regualtions and carries the CE marking.
Surface treatment machine plasma - RotoVAC®
RotoVAC - Vacuum Plasma Treater
Standard and Customised Vacuum Plasma Treaters
Tantec RotoVAC plasma treater is designed for plasma treatment of small injection moulded plastic parts, without the need to place them in a jig or use complicated handling systems. With the RotoVAC drum design, simply fill the drum and place...
Standard and Customised Vacuum Plasma Treaters
Tantec RotoVAC plasma treater is designed for plasma treatment of small injection moulded plastic parts, without the need to place them in a jig or use complicated handling systems. With the RotoVAC drum design, simply fill the drum and place...
Surface treatment machine plasma - RotoVAC®
RotoVAC - Vacuum Plasma Treater
Standard and Customised Vacuum Plasma Treaters
Tantec RotoVAC plasma treater is designed for plasma treatment of small injection moulded plastic parts, without the need to place them in a jig or use complicated handling systems. With the RotoVAC drum design, simply fill the drum and place it in the vacuum chamber. The rotation will ensure that all parts are treated.
In the treating chamber a vacuum builds up to between 1 and 4 mbar before an electrical discharge is created through the integratedplasma electrode. Treatment cycle times are often short, between 20-180 seconds depending on the material and its formulation.
The RotoVAC plasma treater is appreciated for its simplicity of operation, reliability in production and fast process speed. Treating gases such as argon and oxygen
can be applied, but in most cases this is not necessary due to the high power exposed by the plasma discharge.
RotoVAC uses the advanced Tantec power generator HV-X series as power supply, and specially designed plasma transformers to provide voltage to the plasma electrodes. The rotating drum ensures that all parts are equally treated. The concept includes an extra drum which can be loaded during treatment and
simply exchanged with the one in use when the batch is completed.
Standard and Customised Vacuum Plasma Treaters
Tantec RotoVAC plasma treater is designed for plasma treatment of small injection moulded plastic parts, without the need to place them in a jig or use complicated handling systems. With the RotoVAC drum design, simply fill the drum and place it in the vacuum chamber. The rotation will ensure that all parts are treated.
In the treating chamber a vacuum builds up to between 1 and 4 mbar before an electrical discharge is created through the integratedplasma electrode. Treatment cycle times are often short, between 20-180 seconds depending on the material and its formulation.
The RotoVAC plasma treater is appreciated for its simplicity of operation, reliability in production and fast process speed. Treating gases such as argon and oxygen
can be applied, but in most cases this is not necessary due to the high power exposed by the plasma discharge.
RotoVAC uses the advanced Tantec power generator HV-X series as power supply, and specially designed plasma transformers to provide voltage to the plasma electrodes. The rotating drum ensures that all parts are equally treated. The concept includes an extra drum which can be loaded during treatment and
simply exchanged with the one in use when the batch is completed.