The edge welding machines of the SVA and SVAP series are highly specialized solutions for joining orthogonal corners on components made of stainless steel, iron or aluminum, such as kitchen tops, canned goods and metal structures in general. Designed to work with thicknesses from 0.6 to 1.2 mm, these machines offer high performance in terms of precision and quality of the weld seam. The SVA series is perfect for welding bevel edges, ensuring uniform and highly repeatable results even in small production batches, thanks to its low tooling cost and versatility.
The welding system consists of a support bench for the part, an internal pad and an external locking of the edges to be welded, as well as a vertical welding slide that supports the torch. This configuration allows for precise and high-quality welding, meeting the needs of small-scale production, with quick changeovers between different batches and varieties of parts.
In addition, all machines in the SVA and SVAP series are prepared for internal protection against gas emissions, which is essential to ensure a safe working environment that complies with quality standards. They are also equipped with an internal cooling system, which helps to extend the life of the components and keep the machine in the best working condition.
The SVAP model, on the other hand, is the heavy version of this technology and stands out for its ability to work with higher loads and for use in more complex applications, which require greater robustness and durability. Both series offer a choice of TIG and PLASMA welding processes, with PLASMA allowing for higher speed and reducing the heat-affected zone, ideal for thin materials.
Thanks to CNC control systems, these machines allow the precise management of parameters such as feed speed, current intensity and electrode position, ensuring constant and high-quality results. Operational flexibility and high accuracy make the SVA and SVAP series the ideal choice for companies looking for efficient and reliable solutions for bevel welding, especially in high-rotation and small-batch production environments.
