Spot On and Built to Last:
SVS Standards for Electrodes
Spot welding electrodes are manufactured with high dimensional accuracy and optimized tip geometry. Conductive, heat-resistant copper alloys ensure consistent heat input even under high cycle rates. Coated options are available to minimize buildup and reduce cleaning effort.
Available as standard or custom versions based on drawing or sample. Geometry, interfaces and materials are precisely matched to your requirements.
Catalog
Standard Configurations
Exemplary Materials
WIRBALIT® HF (CuCr1Zr) and Copper
Straight electrodes are designed for applications with axial current transfer. They combine high mechanical stability with precise and consistent current transfer.
Straight Spot Welding Electrodes
Straight electrodes are designed for applications with axial current transfer. They combine high mechanical stability with precise and consistent current transfer.
Straight Spot Welding Electrodes
Double bend offset electrodes are designed to access weld spots that straight versions cannot reach. Their geometry allows for precise placement in confined areas and ensures controlled transfer of current and force.
Offset Spot Welding Electrodes
Double bend offset electrodes are designed to access weld spots that straight versions cannot reach. Their geometry allows for precise placement in confined areas and ensures controlled transfer of current and force.
Offset Spot Welding Electrodes
Medium-frequency technology delivers controlled direct current with high stability. The precise regulation of process parameters enhances repeatability and achieves superior weld quality.
Dalex Electrodes
Medium-frequency technology delivers controlled direct current with high stability. The precise regulation of process parameters enhances repeatability and achieves superior weld quality.
Dalex Electrodes
Drawing parts required? Simply upload your file and get a quote.
We ensure the quality of your welding processes.
We process highly conductive copper components with a defined and verified purity level. All current-carrying surfaces are precisely machined and optimized for minimal contact resistance.
All components are manufactured in Germany and precisely matched to your application. Standard designs are available from stock, ensuring short delivery times and maximum flexibility.
Tight tolerances, stable production equipment, and consistent clamping conditions ensure reliable dimensional accuracy and repeatable results across all production runs.
Our products are subject to strict quality inspections. For special requirements, individual tests are carried out according to defined specifications.
Flexibility is our strength. Our products are available in numerous variants and can be manufactured with high precision to fit your system requirements.
For decades, we have contributed our expertise to SVS products and, as an active member of the German Welding Society (DVS), have helped shape technical standards.
SVS Capabilities
For over 60 years, we have been a reliable partner for manufacturers worldwide in welding technology.
Fundamentals
Function of Electrodes in Spot Welding
Spot welding electrodes conduct current and force directly into the joint area. At the contact surface, resistance heat is generated, melting the materials locally. Under controlled pressure, the molten zones fuse into a shared weld nugget that solidifies into a strong and permanent connection.
Key Parameters of Spot Welding Electrodes
Electrode material plays a key role in current conduction and thermal management. High-conductivity copper alloys with defined strength ensure controlled heat input and prevent local overheating during welding.
Accurate electrode dimensions are essential for repeatable positioning in the welding gun. Only consistent contact conditions maintain stable current flow.
Electrodes are subject to mechanical stress during operation. A hardened or coated surface protects against wear, reduces buildup and ensures stable current transfer high-frequency production.
Tip geometry defines current density, heat input and the resulting weld nugget. For reproducible weld quality, contour and dimensions must be matched to material properties, sheet thickness and electrode configuration.
