Follow Us!
Dil Seçimi:


LN350CW Synergic  is a compact gas metal arc welding machine with inverter technology that allows MIG / MAG (metal inert / active gas), MMA (covered electrode) and Argon (lift-TIG) welding to be done with a single and compact machine.

Company Name City Phone E-Mail

  • With the advanced pulse system, it provides spatter-free welding without deforming the workpiece. It is fully equipped for aluminum, stainless and steel materials.
  • Thanks to its synergic function, it selects the appropriate welding process by adjusting the output voltage itself, when any of the material thickness, wire speed or current values are selected, using welding programs according to any type of additional wire, wire diameter and shielding gas.
  • The smart fan is activated depending on operating temperature. In this way, average noise level and energy use consumption is reduced. The wind tunnel built inside the machine prevents the external dust from reaching the electronic cards.
  • Simple user interfaces, user-friendly and multilingual TFT screen offers the operator easy and accurate usage.
  • With the smart trigger, the programs stored in the memory can be recalled from the torch trigger without touching the screen, and even during welding, programs can be switched.
  • The wire feed system provides a stable arc formation with its powerful encoder motor and 37mm spool. The 4x4 drive system can be adjusted according to the pressure of any kind of wire. In this way, soft wires can be welded comfortably without any breakage.
  • Inverter technology saves energy up to 40%

System Voltage 380 V, 3 Ph, 50 Hz
Input Power 14.4 kVA
Input current 21 A
Current adjustment range 40 A - 350 A
Open Circuit Voltage 70 V
Voltage adjustment range 15 V - 34 V
Duty Cycle (MIG mode, 40°C) %35 : 350 A
%60 : 300 A
%100 : 270 A
Protection class IP21S
Wire feed speed 2 m/min - 20 m/min
Machine dimensions 660 mm x 335 mm x 500 mm
Weight 80.5 kg
Warranty 2 years
Torch 3 m
Chassis Cable with Clamp 3 m
Gas regulator (Argon) 1 piece
We use cookies on our website to support technical features that enhance the user experience. For detailed information click here.