MAG welding machine YD-350VR1
CO2 lasersemi-automaticon casters

MAG welding machine - YD-350VR1 - Panasonic Industrial, Robot & Welding - CO2 laser / semi-automatic / on casters
MAG welding machine - YD-350VR1 - Panasonic Industrial, Robot & Welding - CO2 laser / semi-automatic / on casters
MAG welding machine - YD-350VR1 - Panasonic Industrial, Robot & Welding - CO2 laser / semi-automatic / on casters - image - 2
MAG welding machine - YD-350VR1 - Panasonic Industrial, Robot & Welding - CO2 laser / semi-automatic / on casters - image - 3
MAG welding machine - YD-350VR1 - Panasonic Industrial, Robot & Welding - CO2 laser / semi-automatic / on casters - image - 4
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Characteristics

Technique
CO2 laser, MAG
Operational mode
semi-automatic
Configuration
standalone, on casters
Power supply
380V three-phase, 400V three-phase, 440V three- phase
Other characteristics
inverter
Power

15,000 W

Weld thickness

Max.: 40 mm
(1.6 in)

Min.: 0.6 mm
(0 in)

Description

Continuous evolution of low spatter control Optimization over the entire current range Intuitive operation Easy-to-set welding conditions Output of various data to support quality control and frontline management Can this model be used for a wide range of applications? A variety of arc characteristics are available as standard. The optimal mode can be selected according to various welding situations. Can users master VR1 even if they have little welding experience? The easy-to-understand display allows intuitive operation. Welding Navigation helps users shorten the time required to determine optimal welding conditions. It is also friendly to those who are not regularly engaged in welding operations. Is it compatible with the GR3 series? When you are using the GR3 series, mutual compatibility of ancillary devices is achieved between both series. The wire feeder and torch can be used without any modifications. Improved arc tracking characteristics over the entire current range Full software control of the welding waveform improves arc tracking characteristics. The arc can be controlled as desired, thereby reducing the amount of spatter generated over the entire current range. Since a variety of arc characteristics have been preinstalled as standard, the optimal welding mode can be selected according to various welding situation. VR1 hybrid reactle function Optimization of the current waveform over the entire current range by the hybrid electronic reactor. High-speed control of the welding current waveform has been achieved. Full software control ensures fine control of output over the entire current range from low to high current

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.