TIG Welder
-
Ronch 200 TIG AC/DC
- The Ronch 200 TIG AC/DC is an inverter-type machine with multifunction capabilities that includes TIG AC/DC and MMA (STICK), meeting both precision and versatility requirements.
- Read more
-
Ronch 200 TIG DC
- The Ronch 200 TIG DC is an inverter-type device designed to withstand demanding work, with protection, a good duty cycle, and a wide current range. If you are looking for quality, durability, and versatility for your workshop or production plant, this device is an extremely attractive option.
- Read more
-
Ronch 200 TIGP AC/DC
- The Ronch 200 TIGP AC/DC welding machine combines TIG (GTAW) and Stick (SMAW) in a single inverter platform, with AC/DC output, HF start, and thermal protection, offering a balanced solution for manufacturing, maintenance, and high-value projects.
- Read more
-
Ronch 200ARC DV
- The Ronch 200ARC DV is a Stick TIG welding machine for electrodes and a DC inverter MMA welder. PROTECTION Equipped with temperature, voltage and current sensor protection systems. GENERATOR FRIENDLY Developed to work with diesel generators and prepared to work even with the input voltage spikes. DIGITAL DISPLAY Variable amperage control with digital meter, for a simultaneous visualization of the…
- Read more
-
Ronch 240 MAX
- The Ronch 240 MAX is a versatile welding machine that combines stability, safety, and portability. Its inverter architecture maintains a controlled arc, integrates protections against adverse electrical conditions, and is designed to work with diesel generators, which is critical in assembly, construction, and maintenance work.
- Read more
-
Ronch 250 TIG
- The Ronch 250 TIG welding machine offers a very attractive combination: high-frequency (HF) TIG for fine welds and SMAW/Stick for assembly or outdoor use, all in a heavy-duty inverter power source with finishing parameters (down-slope, post-flow) and 2T/4T modes for easy long passes.
- Read more
-
Ronch 280 MAX
- The Ronch 280 MAX is a welding equipment that provides stability, electrical safety, and versatility in a single inverter source. It combines TIG (Lift DC) for hygienic/aesthetic finishes with MMA/Stick for exteriors and structural joints, integrates a digital display and functions such as VRD, Hot Start, Arc Force, and Anti-Sticking, and comes prepared for generators and input voltage spikes.
- Read more
-
Ronch 315 MAX
- The Ronch 315 MAX combines TIG (Lift DC) and MMA/Stick, digital display, Hot Start, Arc Force and Anti-sticking, VRD for MMA, and is designed to work with diesel generators and input voltage spikes.
- Read more
-
Ronch 350 TIG AC/DC
- The Ronch 350 TIG AC/DC welding equipment offers TIG AC/DC (ideal for aluminum in AC and steel and stainless steel in DC), high frequency (HF) for clean ignitions, and electronic protections that sustain operation in demanding environments—including field work and power grid variations.
- Read more
-
Ronch R400 ARC
- The Ronch R400 ARC is a high-amperage welding equipment that combines DC TIG (Lift) and MMA/Stick with professional controls and electrical safety. This equipment stands out for its versatility with diesel generators, input voltage peaks, digital meter, VRD, Arc Force, and starting current.
- Read more
-
Ronch R405 TIG
- The Ronch R405 TIG is an inverter welding equipment with TIG, pulsed TIG, and SMAW, designed for demanding production. It has a control panel with process selector, 2T/4T modes, pre- and post-flow, and outputs for gas and coolant.
- Read more
Today many industries require joining metals precisely and durably, especially when building strong structures and high-quality products.
In this context, the TIG welder (Tungsten Inert Gas), like the laser welder, has emerged as a tool for an excellent welding technique that combines precision with cutting-edge technology. It is recognized for creating flawless welds on a variety of metals, from stainless steel to aluminum and titanium.
What is a TIG welder?
The TIG welder (Tungsten Inert Gas), also known as a GTAW (Gas Tungsten Arc Welding) machine, is a tool used to perform tungsten inert gas welding. It is a fusion welding process with special properties that allow precise, high-quality weld beads. The TIG welding process is used, among others, in the aeronautical and aerospace industries.
Basic principles of TIG welding
The basic principles of TIG welding are essential to understand how this highly controlled and precise process works. Here are some of the fundamentals:
1.- Tungsten electrode
A non-consumable tungsten electrode is used. Tungsten is a refractory metal that withstands high temperatures without melting, and is responsible for creating and maintaining the arc with the base metal.
2.- Shielding gas
TIG welding requires a shielding gas, usually argon or an inert gas mix, which creates an inert atmosphere that prevents oxidation and contamination of the molten metal.
3.- Controlled electric arc
The arc forms between the tip of the tungsten electrode and the base metal. The arc energy melts both the electrode and the base metal, creating a molten pool that joins the workpieces.
4.- Precise control
A distinctive feature of the TIG welder is its precise control: the welder adjusts current, filler feed and shielding gas to achieve the desired quality and appearance.
5.- No spatter
Compared to other techniques, TIG welding produces less spatter, reducing cleanup and making it easier to work on high-detail applications.
Metals suitable for TIG welding
TIG welding is known for its versatility and ability to join a wide range of metals and alloys, including carbon steel, stainless steel, aluminum, copper, titanium, special alloys such as hastelloy, inconel and monel, and even precious metals like gold and silver in jewelry applications.
Each metal may require specific settings; surface preparation and cleanliness are critical to achieving high-quality welds.
Advantages of a TIG welder
The TIG welder offers a range of advantages that make it a valuable option for many industries:
High quality: produces welds with excellent structural integrity, free of slag inclusions and porosity. Precise control: lets you fine-tune current, filler and gas for consistent welds. No spatter: reduces cleanup. Thin metal welding: ideal for thin sheets. Heat-affected zone (HAZ) control: minimizes heating of the surrounding material.