Brazing and welding - Import export

Laser welding is an advanced material joining technology that has found its way into a variety of industries. The process involves the use of a laser beam to melt and join materials, making it possible to precisely and effectively join parts with different properties. We provide professional laser welding services using a world-class FANUCI 4.0 PRO GenX handheld laser welding machine! This is a 4th generation laser welder and is characterized primarily by: - many times increased welding speed - excellent aesthetics of welds, requiring no further processing - no thermal deformation - deep penetration, guaranteeing the strength of the weld - excellent quality and precision of welds - working with a wide range of materials and thicknesses - joining of various materials

Our company specializes in a wide range of welding services, with an emphasis on high quality welding welds. We use modern technologies that guarantee excellent results. We carry out welding of a variety of materials, including carbon/structural steel, stainless steel and aluminum. Our production facility meets stringent quality standards, such as PN-EN ISO 3834-2:2007 and PN-EN 1090-2:2018-09. We have implemented modern welding technology for group 1.1 and 1.2 carbon steels in accordance with PN-EN ISO 15614-1:2017-08. Our skills include working with steels such as S355J2 and steels with lower yield strengths, especially for material thicknesses above 3 mm for fillet welds (3-23 for butt welds), welded using the MAG-135 method. We provide professional execution of any steel welding service.

We provide robotic welding. Along with our certified welding team, We have incorporated the use of automated robotic welding into our everyday services. This robotic welder has a specially configured cell, allowing for a large range of part sizes and specifications to be completed. Besides, the welder performs with extreme consistency, repeatedly producing perfect welds in the most efficient way. Machine possibilities: • PANASONIC TM2000WG ROBOTIC WELDING STATION • Power source 350A, Arm reach 2011 mm • Dimensions of the working place 2500 x 1200 The PANASONIC TAWERS robot can be welded using the following methods: • SP-MAG • PULSE MAG • MIG • TIG DC Is your question more comprehensive or more general? Send us an email at biuro@web-elektron.pl and we will propose the most suitable solution after its processing.

We provide welding of classical steel, but our specialization is welding stainless steel. We provide point welding, TIG welding, and MIG / MAG welding. Due to subsequent grinding with quality tools, our products meet the highest quality Material possibilities: • The maximum thickness of the elements to be welded is 5mm + 5mm Is your question more comprehensive or more general? Send us an email at biuro@web-elektron.pl and we will propose the most suitable solution after its processing.

“Welding” is a manufacturing or carving process that joins materials, usually metals or thermoplastics, using high heat to fuse parts and allow them to cool. The difference between welding and lower-temperature metal joining techniques, such as soldering and brazing, is that welding does not melt the base metal. Thanks to the modern equipment that we have on offer, we can perform, among other things, professional welding of carbon steel, aluminium and other metals using the MAG method and the MIG method. Thanks to experienced specialists working for us, the obtained effect is of very high quality and does not contain harmful contaminants on the ponds. We can also connect structural or stainless steel with the TIG method, using special tungsten electrodes. Welding structures with this technique are very popular because it allows for a very high quality of obtained connections and there are no restrictions on the position in which the connection is made.

Our company meets the quality requirements of PN-EN 1090-1 standard for welding metal materials and has a quality management certificate in ISO 3834-2 welding Our welders are authorized to weld using methods such as: MAG 135 - welding metal electrode in active gas shield MAG 136 - arc welding in the active gas shield powder wire MAG 138 - welding with consumable electrode in the shield of active gas powder wire with metal core SAW 121 - submerged arc welding