The NK23 MySpot welder.
International Technologies
International Technologies (Bensenville, IL), a distributor of technologically advanced metal fabricating machinery, now offers the NK23 MySpot resistance spot welder from Koyo Giken. Designed to overcome the limitations of traditional resistance welding systems, the MySpot delivers weld quality without time-consuming setups and surface marring that often requires extensive post-weld finishing.
The MySpot is suited for applications including automotive components such as car doors, switchboard panels, NEMA enclosures, steel furniture, tool chests, food display cases, vending machines, signboards, and compressor housings.
The NK23 series features:
- A redesigned horizontal welding gun that enables access to deep boxes and narrow channels that were previously difficult—or impossible—to weld.
- Dual-arm models with a vertical gun optimized for stud and nut welding as well as tall, deep and narrow weld points.
- Copper tables equipped with a new lifting function that simplifies the use of jig electrodes that conform precisely to the shape of the workpiece.
- Less operator fatigue—the load required to move the welding arm has been reduced by up to 53%, while the effort needed to insert the H-gun has been reduced by up to 91%.
- The “floating’ welding guns allow operators to effortlessly position the welding tip at the desired weld location.
- High-speed welding technology that delivers a 0.001-second burst of current to minimize heat and burning.
- Welds with nearly invisible marks, dramatically reducing marring and indentation for a clean, high-quality finish.
- The ability to automatically set welding parameters based on material type and thickness.
- Barcode scanning for offline part design.
- Weld sequence optimization.
- A graphical display of optimal weld locations to reduce operator error.
- Weld history storage to support maintenance, inspections and traceability across customer applications.
For more information, visit: https://international-technologies.com/.
