The STRECKER MS and MK Series are specialized hydraulic resistance butt welding machines that use a double upset technique to achieve high-quality welds on non-ferrous conductors. Designed for copper, aluminum, and brass, these machines feature automatic flash removal and deburring as standard. The combination of precise control, strong mechanical build, and process automation makes them ideal for demanding production environments and high cross-section applications, including both solid and stranded wires and ropes.
Available Models:
- MS20-FPC – Hydraulic resistance welding machine with double upsetting and integrated deburring, suited for welding copper, brass, and aluminum conductors.
- MS40-FPC – Similar in function to the MS20-FPC but with a greater welding range, offering robust construction and consistent weld quality for thicker wires.
- MS80-FPC – Designed for welding larger-diameter non-ferrous wires with the same double upsetting and automatic flash removal features.
- MS220-FPC – Heavy-duty solution for large non-ferrous conductors, delivering strong mechanical welds with integrated hydraulic operation.
- MS300-FPC – Built for continuous industrial use with expanded welding capacity and reliable performance across a range of non-ferrous materials.
- MS500-FPC-3P – Supports copper wires from 8–32 mm and aluminum up to 34 mm; copper rope from 50–630 mm² and aluminum rope from 95–630 mm². Includes hydraulic clamping, double upsetting, and automatic flash removal.
- MK220-FPC – MK variant with similar double upsetting capabilities and hydraulic performance, tailored for high-strength, non-ferrous welding tasks.
- MK300-FPC – Offers increased mechanical force and welding range over the MK220, suitable for more demanding industrial conductor applications.
- MK800-FPC-3P – 3-phase powered machine with advanced welding capability for large non-ferrous conductors, ideal for large-scale rope or cable welding.
- MK1200-FPC-3P – Flagship model offering the highest capacity in the MK range. Designed for heavy-duty welding of thick non-ferrous materials with full automation and 3-phase operation.
