Description

New welder with warranty

WELDING AUTOMATION WITH OR WITHOUT PULSE
Robot interface Plasma welding is superior to TIG welding in all sheet thicknesses

EFFICIENT WELDING WITH FULL PENETRATION IN STEEL AND STAINLESS STEEL INCREASED WELDING SPEED – LESS AFTER LETTING
Plasma Pi 350 in automatic configuration is the optimal solution for rationalizing welding processes in modern Manufacturing.
– Reduced cycle time per workpiece
– Longer life and less tungsten consumption
– Simple groove geometry and less preprocessing
– Lower welding current – less deformation and finishing – better finish
– Lower power consumption and CO2 emissions
– Shielding during welding: better personal safety
– Minimum of welding fumes: better working environment:
SIMPLE OPERATION OF ADVANCED WELDING PROCESSES
The control panel is logical and easy to use with direct process selection.
Up to 64 Plasma and TIG programs can be stored in memory. The machine has a port for remote control and Arc

Detect and special solution that can be equipped with additional control, a panel with identical functions and facilities for the welder at the automatic device.

COMPLETE CONFIGURATION The CWF Multi is a separate wire feeder unit designed specifically for configuration with automatic equipment. As a curiosity, the CWF Multi can also be used for manual TIG/plasma welding using a hand-held handle. The CWF Multi and Pi 350 Plasma can be operated separately or synchronously with interaction between welding current and wire feed. Yet another example of Migatronic’s idea of user-friendliness, just turn on, press and weld. Synchronized pulse wire; the Pi 350 Plasma can operate up to eight CWF Multi units

Plasma welding of stainless materials vs. long seam automatic machine

Welding of stainless steel – vibration damper for exhaust system

Simple operation of even advanced functions
FACTS ABOUT PLASMA
PROCESS
Basically, plasma welding process can be described as a further development of TIG welding process. Plasma is a state in which the gas becomes electrically conductive (ionized) at extreme temperatures. The plasma arc is thus the active part of the fusion process with energy densities up to ten times greater than the TIG arc. These extreme energies, up to 30,000°C, result in a concentrated heat zone and rapid heating of the zyme material – and faster weld pool formation than with TIG welding. Virtually no welding fumes are generated in plasma welding. 4 PI PLAZMA Note that the plasma process requires increased cooling capacity to avoid thermal decomposition of the plasma torch. The capacity of the standard cooling unit is suitable for TIG welding. Optional feature: for plasma welding at constant intensity above 80 A, Migatronic offers an external cooling unit to ensure sufficient cooling of the plasma torch.

catalog no. 79541623