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In the ever-evolving aerospace industry, the keywords are "environmental resistance," "high performance," and "lightweight" for equipment. This seminar has been planned as an opportunity to provide various topics, from explanations of difficult-to-machine materials such as titanium and Inconel to the latest trends in the space business. We hope you will watch and find hints for the next stage.

Date: October 16 (Wednesday) to 18 (Friday), 2024, 10:00 AM to 5:00 PM Admission Fee: 1,000 yen (free admission with pre-registration) Location: Marine Messe Fukuoka, Hall A and Hall B Exhibit Booth Number: AS-41 Details: https://www.nikkanseibu-eve.com/mono/

We have received the "2020 Manufacturing Award" from the Precision Engineering Society, a public interest incorporated association. 【Award Title: Air-operated Valve for Instant Distribution of High-capacity Ultra-high-pressure Fluids】 This valve instantly distributes ultra-high-pressure fluids. There are few Japanese products that can handle water at pressures above 10MPa. It is easy to replace consumables, allowing for long-term use. It can be used even with small amounts of contamination. The spool can be replaced with a ceramic one, making it suitable for ultra-pure water as well. ☆☆Applications☆☆ 　・Switching flow paths for high-pressure coolant 　・Switching nozzles for high-pressure cleaning water 　・Relieving residual pressure in high-pressure pipelines There is also a 3-port valve with a maximum pressure of 30MPa. (Shifting valve, 2-port valve, 3-port valve)

The ultra-compact package-type pump for precise small water supply, AGM1001, has received the Monozukuri Award from the Japan Society of Precision Engineering.

Award Name: "High-Pressure Coolant Liquid Distribution Device for Tool Holders" The origin of the awarded distribution device lies in the innovation of conventional coolant systems. Typically, coolant systems are based on the concept of spraying coolant liquid like a shower. The pressure is generally below 7 MPa worldwide, with most around 1 MPa. Our company has developed a new cutting method using our own products that operates at 7 MPa to 30 MPa. Currently, the awareness of high-pressure coolant systems in the cutting industry is low. Under these circumstances, this award holds significant meaning for our company. The award recognizes our mechanism that leads machine tools to be compatible with ultra-high-pressure coolant by injecting cutting oil at high pressure from nozzles placed near the cutting edge during machining of difficult-to-cut materials. This mechanism allows the ultra-high-pressure coolant liquid of 7 to 30 MPa to be precisely directed at the cutting edge for cooling, and the liquid pressure acts as a chip breaker, quickly breaking down chips and expelling them from the cutting area. As a result, a significant improvement in productivity (1.7 to 7.0 times) is expected, and there is potential for automation. If you are facing challenges with chip handling in machine cutting, please feel free to consult us.