XLNT XT MMA300I (T)3-PH Welding Machine

XLNT XT MMA300I (T)3-PH Welding Machine

SKU: TB-XL-29366

Output Current Range: 300 Amp Technology: IGBT
XLNT XT MMA300I (T)3-PH Welding Machine
IGBT Technology
₹16,990
₹20,388 Save ₹3,398 · 17% OFF
Delivery In 5-7 Days
Toshweld 3-Phase MOSFET TIG & ARC Welding Machine, Dual Process 300A HF Ignition Welder, TIG / ARC 300

Toshweld 3-Phase MOSFET TIG & ARC Welding Machine, Dual Process 300A HF Ignition Welder, TIG / ARC 300

SKU: TI-TT-72141

by Toshweld

Output Current Range: 300 Amp Technology: MOSFET
A professional-grade 300A three-phase dual-process inverter welding machine engineered with field-proven MOSFET technology. It features high-frequency (HF) arc ignition for pristine TIG welds and robust MMA/Stick performance on plates up to 10mm thick.
₹31,261
₹37,513 Save ₹6,252 · 17% OFF
Delivery In 5-7 Days

Welding machine is used to permanently join pieces of metal by applying intense heat that creates strong metal fusion. This process is widely used in fabrication, repair, and manufacturing to connect metal components with durability and precision. Depending on the application, different types of welding equipment are available to handle varying material thicknesses and workloads. Factors such as performance, efficiency, and price should be considered before making a purchase, ensuring the equipment matches the intended application.


Welding Machine for Home Use

A single phase welding machine is an excellent option for home use because it operates on a standard household power supply. This type of electric welding machine is suitable for repairing gates, railings, furniture, and light fabrication projects involving steel plates. During the welding process, an electric arc generates the energy required to produce a secure joint. After welding, simple finishing operations like hammering help refine the completed workpiece, making the equipment a practical choice for homeowners and DIY users.


Welding Machine for Industrial Use

A three phase welding machine is engineered for continuous, high-capacity operations in manufacturing facilities, construction sites, and heavy engineering projects. It is commonly used by a professional welder to fabricate large structures and perform precision joining on demanding applications. In certain industrial processes, a blowpipe is used for heating or cutting materials before welding, while pressing is incorporated during fabrication to achieve the required shape and strength. These capabilities make industrial systems ideal for businesses seeking reliable performance and long-term productivity.

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