High performance by IPG Germany Fiber Laser with over 1,00,000 hrs of life span. 
* Low running cost, power consumption is just 20 to 30% than that of CO, Laser machine. 
* High cutting speed almost 2 to 3 times of traditional CO, Laser cutting machine. 
* X & Y axis are equipped with Drives & Motors from Japan. 
* The Maintaince cost of Fibre Laser cutting machine is almost negligible since it is without reflective lenses. * Mainly used in Stainless Steel, Mild Steel, Galvanized Sheet, Brass, Aluminum & other metals.Plasma ARC Welding (PAW)
It is a advance version of Tangsten Invertor Gas Welding (TIG). Even on low current the ARC is stable and is concentrated on the work piece using a constricting Nozzle.
The basic difference is in the formation of the ARC.
In TIG Welding, the ARC is intiated between Tungsten Electrode and Job, in the presence of inert gas. Ref. Fig. (A).
In PAW, the ARC is intiated Electrode and Nozzle in the presence of plasma gas and it is know as pilot ARC. Ref., Fig (B).
The Main Plasma ARC is tranfferd to the Job thiough the orifies of the nozzles which constrict the Arc. The Plasma Arc comes out of the nozzles with high velocity ( The Speed of sound), achieving the temperature iof 20,000 C.

Features of Micro Plasma Welding
* Concentrated Welding Arc, Using low heat current.
* Great Arc Energy.
* Exellent Arc stablity.
* Produce longer Arc length.
* UP slpoes, Down slope, Peak Current & Based Current Features enhance the welding quality.
Gases of Micro Plasma Welding
* Plasma Gas : It gets ionised and flow through the orifice of nozzle.
* Shielding Gas : It flow through outer nozzle and shield and welding, from atmosphere.

 High performance by IPG Germany Fiber Laser with over 1,00,000 hrs of life span. 
* Low running cost, power consumption is just 20 to 30% than that of CO, Laser machine. 
* High cutting speed almost 2 to 3 times of traditional CO, Laser cutting machine. 
* X & Y axis are equipped with Drives & Motors from Japan. 
* The Maintaince cost of Fibre Laser cutting machine is almost negligible since it is without reflective lenses. * Mainly used in Stainless Steel, Mild Steel, Galvanized Sheet, Brass, Aluminum & other metals.Plasma ARC Welding (PAW)
It is a advance version of Tangsten Invertor Gas Welding (TIG). Even on low current the ARC is stable and is concentrated on the work piece using a constricting Nozzle.
The basic difference is in the formation of the ARC.
In TIG Welding, the ARC is intiated between Tungsten Electrode and Job, in the presence of inert gas. Ref. Fig. (A).
In PAW, the ARC is intiated Electrode and Nozzle in the presence of plasma gas and it is know as pilot ARC. Ref., Fig (B).
The Main Plasma ARC is tranfferd to the Job thiough the orifies of the nozzles which constrict the Arc. The Plasma Arc comes out of the nozzles with high velocity ( The Speed of sound), achieving the temperature iof 20,000 C.

Features of Micro Plasma Welding
* Concentrated Welding Arc, Using low heat current.
* Great Arc Energy.
* Exellent Arc stablity.
* Produce longer Arc length.
* UP slpoes, Down slope, Peak Current & Based Current Features enhance the welding quality.
Gases of Micro Plasma Welding
* Plasma Gas : It gets ionised and flow through the orifice of nozzle.
* Shielding Gas : It flow through outer nozzle and shield and welding, from atmosphere.