MMA (Electrode) welding sources

MMA (electrode welding) is one of the oldest and still widely used welding methods, also known as manual arc welding with a consumable electrode, or simply stick welding. This method stands out for its simplicity, reliability and versatility — it is suitable for both professionals and hobby users performing metal welding work at home or on construction sites.

Electrode welding is a simple yet versatile, cost-effective and mobile welding process. This method is characterized by its simplicity, reliability and adaptability — suitable for both professionals and hobby users performing metal welding in agricultural work, construction, repair and maintenance, or in industrial environments.

Due to its mobility and excellent performance both indoors and outdoors, this welding process is widely used for metal structures, supports, pipelines, gates, frames, and agricultural machinery welding tasks.

MIG/ MAG welding sources

MIG welding (GMAW – gas metal arc welding) is the most common process, used in industry, automotive repair, metal construction and domestic applications. Choose from single-phase or more powerful three-phase MIG welding systems that are suitable for a variety of applications, including stainless steel and aluminum. This method is characterized by fast work rates, high weld quality and the ability to weld a variety of metals and their alloys.

Pulse mode Pulse MIG/MAG — an advanced welding technology in which the welding current alternates periodically between two levels. This controlled metal transfer allows precise regulation of heat input, resulting in less deformation when welding thin or heat-sensitive materials. Additionally, the Pulse function ensures smoother material transfer, a more stable arc and a cleaner weld seam.

Water cooled MIG/MAG machines are used when working with high currents or during long welding cycles where stability and reliability are essential. Instead of standard air cooling, these welding units are equipped with a separate water-cooling system that cools the special welding torch.

The difference between MIG and MAG lies in the composition of the shielding gas:

• MIG welding uses inert gases (argon or helium), making it suitable for stainless steel, aluminum, copper alloys.
• MAG welding uses active gases (carbon dioxide or a mixture of argon and CO₂), which are more suitable for structural steel and other ferrous alloys.

TIG welding sources

TIG welding equipment is also known as tungsten inert gas welding – it is a high-quality welding method that uses a tungsten electrode and a shielding gas (usually argon or helium).

The TIG method is most commonly used in the food, chemical, medical, aviation, automotive and motorcycle industries, where precision and aesthetics are required for stainless steel, aluminum, copper and titanium joints.

AC DC Function TIG welding machines with AC/DC capability allow work with both direct current (DC) and alternating current (AC). Thanks to this feature, they are suitable for welding almost all types of metals. DC mode is used for welding steel, stainless steel, copper, or titanium, while AC mode is required for aluminum and its alloys, as alternating current effectively removes the oxide layer from the metal surface. Such machines are highly versatile, enabling a wide range of tasks with a single unit. They ensure high weld quality and precise heat control, reducing the risk of deformation. In addition, AC/DC TIG power sources often include extra features such as pulse mode, which provides even better control of penetration and surface cleaning — especially important when welding aluminum.

Water cooled TIG welding machines are intended for work at high currents or during extended operation. Water cooling helps maintain a stable torch temperature and prolongs equipment lifespan. Water-cooled TIG power sources are most commonly used in industrial and automated processes where currents exceed 200A–250A, or when continuous operation without overheating is required.

Handheld welding lasers

We sell handheld laser welding equipment, train you on how to use it, supply spare parts and provide full service and preventive maintenance. This is a huge step forward, providing new opportunities in the field of welding: one device replaces several, making work easier, faster and more economical.

This technology allows you not only to weld metals quickly and precisely with the same tool, but also to make clean cuts and prepare surfaces by removing rust, paint or oxidation. Such comprehensive functionality enables the operator to efficiently complete the entire workflow — from metal preparation to final joining — without additional equipment, saving time, workspace and costs, while consistently delivering the highest quality results.

Handheld plasma cutting machines

Handheld plasma cutting machines are designed for fast, precise and clean metal cutting using a high-temperature plasma stream. The plasma gas required for cutting is generated using compressed air from an air compressor along with an electrical power supply. The main advantages of these machines are high cutting speed, precise cutting quality, and minimal thermal impact on the workpiece.

Handheld plasma cutting machines are widely used in metalworking, repair, construction and industrial sectors, as they allow fast and precise cutting of various types of conductive metals — steel, stainless steel, aluminum, copper and cast iron alloys.

Manufacturers catalogs

Contacts