WinWin, a global leader in industrial automation, has completed a new shipment of its high-performance FANUC robotic waterjet cutting equipment to international customers. This delivery underscores WinWin’s continued commitment to precision manufacturing and advanced cutting technology.

FANUC robots are among the most reliable and widely used industrial robots in the world. Known for their exceptional path accuracy, high payload capacity, and robust construction, FANUC articulated arms are ideal for waterjet cutting applications. When integrated with ultra-high-pressure waterjet technology, these robots deliver a cold cutting process that eliminates heat-affected zones, material distortion, or mechanical stress. The resulting system can cut a wide range of materials—from soft rubber and composites to hardened steel and titanium—with intricate 3D contours and tight tolerances. This makes FANUC robotic waterjet cutters indispensable for industries requiring clean edges and complex geometries.

WinWin has been providing robotic waterjet cutting solutions for 25 years. With over two decades of hands-on engineering and integration experience, WinWin has mastered the art of matching FANUC’s motion control with optimized waterjet parameters. This long history allows WinWin to offer fully customized systems that meet specific production requirements, from single-cell workstations to multi-robot production lines. Every system is rigorously tested for cutting accuracy, cycle time, and reliability before leaving the factory.

As a trusted partner to many of the world’s leading automotive manufacturers, WinWin’s equipment is actively used for cutting car interior trim, acoustic insulation, dashboards, headliners, trunk liners, and composite structural parts. Global automakers rely on WinWin’s deep application expertise and FANUC’s robotic precision to reduce scrap rates, improve consistency, and accelerate production schedules. With this latest shipment, WinWin continues to drive innovation in robotic waterjet cutting worldwide.