Pulsed Mig tigs

1. Weld in a well-ventilated area. Welding fumes should be ventilated away from the person welding, not across the welder's face. Remember that shielding gases are asphyxiants, and welding fumes are harmful. Work in well-ventilated areas to prevent suffocation or fume sickness.
2. Never wear synthetic fiber clothing or weld with flammables in your pocket. Synthetic fibers are highly flammable. If ignited by a welding spark, flammable i.e. matches, butane lighters, fuel sticks, etc. could cause serious burns. Do not allow bystanders to smoke in the welding area.
3. Use both hands. To reduce fatigue, use both hands for welding.
4. Handle hot metal with pliers or tongs. Submerge hot metal completely in water to prevent steam burns

Joining and cutting of metallic materials and the welding of thermoplastics i.e.: conventional and pulse arc welding and surfacing; electron beam welding and laser welding and cutting; resistance, friction and friction stir welding; brazing and soldering; thermal cutting; joining of thermoplastics.
Some of the most recent research works are as follows: weldability of corrosion-resistant nickel-based alloys; weldability of a modern thermomechanically rolled steel; joining of the heat resisting steel; properties of welded joints after long-term operation;

• Axes: 6
• Payload: 6 kg
• V-Reach: 3398 mm
• H-Reach: 1885 mm
• Repeatability: ±0.06 mm
• Robot Mass: 285 kg
• Structure: Vertical jointed-arm type

SPECIFICATION
MODEL	PULSE TIG
INPUT	415 VAC 1 Phase
CURRENT	42 A
OUTPUT	300A
O.C.V.	80 V
DUTY CYCLE	60%

Welding and cutting 1005 TLF 3800 TRUMPF; welding systems for recording and processing of welding parameters; thermal- and stress-strain cycle simulator; computers programmes for research, engineering calculations, design of experiments and Finite Element Analysis.