Power sources (Orbital welding)
PS 164
Ideal for use on site or in workshop
Full function power source with useful welding features and convenient data acquisition for quality assurance. Portable, with full function remote control. Single phase input power source.
Process TIG/GTAW for Polysoude fusion weld heads and weld heads using cold wire
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PS 254-2
Ideal for use in workshop
Power source with integral coolant re-circulator. High precision inverter power source for perfectly controlled heat input and weld penetration.
TIG/GTAW for all Polysoude fusion weld heads and weld heads using cold wire
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PS 406
Ideal for use in workshop
Power source with integral coolant re-circulator. High precision inverter power source for perfectly controlled heat input and weld penetration. Built-in AVC and torch oscillation control. Control of peripherals (positioners, welding manipulators).
TIG/GTAW for all Polysoude weld heads and welding manipulators
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PC 300 TR
Precise and rapid adjustments
Precision output transistorized power source.
State-of-the-art design with multiple pulse wave from output.
Specifically engineered to weld a wide range of materials.
TIG/GTAW for all Polysoude weld heads and welding manipulators
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PC 350 DC
Solves the majority of welding applications
Evolutive power source with integrated weld controller.
DC output inverter based power source.
TIG/GTAW for all Polysoude weld heads and welding manipulators
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PC 600
Ideal for high productivity welding
High power. High deposition rate with the hot wire TIG process. High speed with Plasma process. Combination of welding processes. Mechanised welding and robotic solutions.
TIG/GTAW cold/hot wire and Plasma for all Polysoude weld heads and welding manipulators
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PC MIG-MAG
For highest deposition rates
Control unit built in a protected container with interface for standard synergic MIG-MAG/GMAW power sources.
MIG-MAG/GMAW/FCAW for Polysoude weld heads and welding manipulators
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Tube to tube sheet weld heads
TS 25
For highly oxidisable materials
With its purge gas chamber, the head is particularly designed for the welding of titanium, inconel and all oxidation sensible materials. The weld head is centred and clamped in the tube to be welded by means of an expansion mandrel. During welding, the head body remains stationary, the welding torch rotates around the tube.
TIG / GTAW welding of tubes to tube sheet joints (I.D. from 10 mm/0,4" to O.D. 25 mm/1")
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TS 34
For highly oxidisable materials
With its purge gas chamber, the head is particularly designed for the welding of titanium, inconel and all oxidation sensible materials. The weld head is centred and clamped in the tube to be welded by means of an expansion mandrel. During welding, the head body remains stationary, the welding torch rotates around the tube.
TIG / GTAW welding of tubes to tube sheet joints (I.D. from 9,5 mm/0,4" to O.D. 33,7 mm/1 1/3")
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TS 2000
Particularly designed for high duty cycle applications
Open head, designed for flush, protuding and recessed tubes. The weld head is introduced and centred in the tube to be welded by means of a centring mandrel. During welding, the head body remains stationary, the welding torch rotates around the tube.
TIG / GTAW cold wire welding of tubes to tube sheet joints (I.D. from 10 mm/0,50" to O.D. 60 mm/2,40")
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Wire feeders
POLYFIL-2
Floor mounted wire feeder
Wire feeder for welding with filler wire.
TIG / GTAW, Plasma, cold wire feeder
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Special Equipment (Orbital welding)
Special equipment (orbital welding)
Fixed work piece, the welding torch follows a circular welding seam. For specific applications not covered by our modular standard weld heads, we have developed and we are continually upgrading a range of generic tools adaptable for your particular needs.
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Special Equipment (Mechanised welding)
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Applications - Internal bore welding (lance)
