■ Fast response performance by solenoid activation Intermittent pulse spray at 0.02sec/1shot with a minimum of 0.006cc/shot is possible. ■ Dripping prevention Dripping resistant design with minimal liquid remnant inside of nozzle. ■ Clog-resistant design even at minimal spray capacity Large nozzle orifice allows clog-resistant pneumatic spray. ■ Improved work environment Spray only the amount needed. Minimizing oil-based sprays reduces oil smoke and risk of ignition. Spraying release agent for metal molds Conventional nozzle (regulated by pilot air) Solenoid-activated pneumatic nozzle Spray amount is optimized by controlling spray time while release agent droplets are kept large. Making large spray droplets requires a large amount of spray. Excess spray results in dripping. Mold cooling Seasoning (food) Uniform coating without dripping and more... Spray cassette Components ①Nozzle ②Adaptor ③Solenoid Pipe conn. size PT1/8F (Rc1/8”) Main materials / Mass  Stainless steel / 270g  Aluminum / 180g Lead wire Metal mold IP65 (water-proof) and IP67 (dust-proof) compliant nozzle ③ Pipe conn. size PT1/8F (Rc1/8”) ① Solenoid-activated pneumatic spray nozzle ② Solenoid control panel (sends spray ON-OFF signal pulses) ③ Pressurized flow control unit (allows control to extremely small amounts) ④ Liquid pressurization tank (requir

part [Liquid pressure type] (MPa) Mean droplet diameter (*2) Spray capacity (L/hr) / Air consumption (L/min,Normal) (*1) Liquid pressure (MPa) Nozzle code part [Liquid siphon type] Nozzle code Spray capacity (L/hr) / Air consumption (L/min,Normal) (*1) Air pressure Liquid pressure (MPa) (MPa) SETO 0405R SETO 07507R SETO 2210R Mean droplet diameter (*2) *1) Spray capacity and air consumption at liquid pressure 0MPa (liquid siphon feed) are measured at 100mm siphon height. *2) Sauter mean droplet diameters measured under air pressure of 0.3MPa and liquid pressure of 0MPa by Laser Doppler Method....