Mã sản phẩm: SW-V01

Resistance and TIG welding
More precise, easy to use new generation welder
High specification model surpassing laser welding

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LIÊN HỆ MUA HÀNG 0904.165426
Marvelous high specifications
The two functions of resistance welding and high-precision TIG welding are integrated into one; five additional functions are newly introduced. This welder can appropriately support various welding conditions. The minimum current for the TIG welding has been reduced to 2A. By applying the ultra precision mode (FINE mode), high precision, fine welding has been materialized. The easy-to-use characteristics and performance surpass the laser welder and support a wide range of customer needs.

Five new functions
● Ultra precision mode
By selecting the “FINE mode,” this welder makes it possible to weld even a fine core pin (diameter 0.2), which was too small for an ordinary welder.
● Weld Navigation
Appropriate current and welding time will automatically be set and displayed by setting the welding target area, welding material, and size.
● Data memory mode
With the SAVE mode, data for welding conditions fixed by an operator can be stored and read out again the next time.
● Continuous TIG mode
When a large area will be welded, the Continuous TIG mode provides smoother welding more quickly than laser welding. (Interval time: 0.1 secミ2..0 sec)
● Lead arc
By emitting a minute arc (2A) to the welding target point in advance, the target portion can be welded more precisely.
welding sample sw-v01

Broad Application Range
● Plastic mold  ● Die casting mold  ● Press mold  ● Glass mold ● Blow mold  ● Rubber mold  ● Copper alloy mold

Assured Resistance Welding and Precise TIG welding
Precise current-carrying time is achieved through inverter control for resistance welding (1-30 m sec) and TIG welding (1-600 m sec), and then reliable tack welding and precise TIG welding can be assured. A welding current can also be adjusted up to ones for resistance welding (30-750 A) and TIG welding (2-250 A).

Diverse Purposes
● Parting line part, slide edge areas where shocks are applied
● Pin-gate areas, tunnel-gate areas
● Repair of ejector-holes, thin edge areas
● Smoothing pinholes and surface depressions after argon welding
● Padding after electric discharge machining, nitriding, and tufftride processing

Various kinds of processing after welding are available
Electric discharge machining, creping, and blasting are possible after welding, as well as heat-treating and nitriding.

Repair examples