By simply changing the fitting, the piping changes. When the piping changes, the equipment changes.
Have you ever seen a scene like this among work machines? - Coolant is coming out of the nozzle - But it is not reaching the necessary areas - Chips are accumulating inside the machine - Frequent cleaning becomes necessary At that time, the plastic nozzles that could be bent freely were commonly used in factories. However, on-site, the chips change direction. The tip comes off. It breaks. It wears out. As a result, there was a state of "coolant is coming out, but not flowing." I kept thinking. “How can we make even a small amount of coolant flow the chips?” I also tried steel pipe nozzles, but when they are narrow and concentrated, only that part flows. When spread out, the momentum decreases. I created dozens of prototypes and repeatedly conducted injection tests in the blazing sun. Then, at one point, I encountered a nozzle structure. “It spreads sideways without losing momentum.” Based on that structure, I further improved it for on-site use, and what was completed is the "FlowX Stream." FlowX Stream does not just spread. “It spreads while maintaining momentum,” and that was its greatest feature.
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We are a company that scientifically studies "optimal piping" for all fluids across all industries. We also manufacture optimal fittings and valves for this purpose. Fittings and valves are part of the piping, and we take pride in being a "science manufacturer" that seriously considers how to make fluids flow more "efficiently." We design, process, assemble, and maintain piping, seeking "optimal" solutions from various perspectives, thinking about them, and bringing them to life. With a commitment to and pride in piping, we provide our customers with "optimal piping."




