Welding Machinery

Leading Manufacturer, Supplier & Retailer of Welding Automation Machines, Plasma Welding Machine, Welding Machine, ARC Welding Machine and Mag co2 Welding Machine.

Welding Automation Machines

We are offering welding automation machines.Metal welding is a fabrication process to join two metal pieces of same or different type by causing coalescence. Welding is generally done by melting the work pieces with heat & sometimes pressure, and introducing a filler metal to create a weld pool. After cooling, this weld pool becomes a strong joint.

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Plasma Welding Machine

Plasma Arc Welding (PAW) is a modification of TIG(GTAW) Welding Process. As Plasma is an intense source of heat, it is used to fuse metals in this process and increase productivity. In PAW, as the electrode is placed within the body of the torch, plasma arc can be separated from the shielding gas. The plasma is then forced through a fine-bore copper nozzle, that compresses the arc and the plasma exits at very high velocity (approximately at the speed of sound) and a temperature approaching 28, 000 C (50, 000 F) or higher. Plasma is the temporary state of a gas.

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Welding Machine

Automation is a must for all industries today. Increasing competition calls for more and more automation in fabrication industries where metal cutting and welding is involved. There is hardly any application which is not possible to automate technically. The quality, speed, consistency and economy is possible only with automation. The basic building block for automation in industrial application is motion control. Addition of vision technology has widened the area of application.

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ARC Welding Machine

MMA process use drooping characteristic power source and consumable electrodes which produces arc by scratching the electrode with the job forming a short circuit. It is only when the short circuit is broken, arc is formed and the main welding current starts flowing. Welding takes place as the electrode gets fused with the job under the cover of the slag. In case of TIG, arc starts between tungsten electrode (non-consumable) and the job under the cover of inert gas. Arc is started by scratching the tungsten electrode with the job or using a high frequency unit which initiates the arc between the tungsten electrode and the job.

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Mag Co2 Welding Machine

Gas Metal Arc Welding (GMAW), sometimes referred to by its subtypes Metal Inert Gas (MIG) Welding or Metal Active Gas(MAG) Welding, is a Welding process in which an electric arc is formed between a consumable wire electrode and the work piece metal, which heats the work piece metal, causing them to melt and join. Along with the wire electrode, a shielding gas is fed through the welding gun, which shields the process from the contaminants in the air. The process can be semi-automatic or automatic. A constant voltage, direct current, power source is most commonly used with GMAW, but constant current systems as well as alternating current can be used.

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Automatic Girth Tank Welder

Welding system which enhances the productivity several times for welding of oil storage tanks, liners for reactor building of nuclear power stations. Submerged arc welding (saw) or gas metal arc welding (gmaw) processes are used. The operator sits comfortably in the cage and supervises the weld quality in situ. Flux, flux recovery system, wire spool etc. Are kept in the moving cage. Welding power source is kept on the ground. Welding power is supplied through welding cable to the welding head. The cage moves on the top edge of the circular plate with the help of special designed roller.

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TIG Welding Machine

Diode based power sources are the basic type arc welding power source used for MMATIG applications. Current control is achieved through saturable core reactor. Very reliable power source but not recommended for radiographic welding application as there is no dependable feedback for maintaining the output current constant due to fluctuation of input supply or change in load. Power factor is poor for these power sources.

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GTAW Welding Machines

Thyristorised power sources have current feedback control which maintains the set output current constant. There can be many welding features such as up slope, down slope, pulsing, etc. Which can be incorporated in this type of power source. Efficiency and power factor of these machines are better than diode based machines.

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