Pressure

ACSEL2010
Press Jamming Simulator

The device, which uses 0.5 ton air press machine, allows people to experience the risk to overestimate a safety device such as a photoelectric sensor.

ACSEL2020
Coupler remaininng press. Accident Simulator

This simulator lets you experience remaining air pressure inside a pipe. By crushing an empty steel can with an air coupler sent flying out with remaining pressure, you will understand the power and fearfulness of remaining pressure.

ACSEL2021
Coupler Residual Pressure & Whipping Hose Accident Simulator

This device is designed to provide a firsthand experience of the residual air pressure trapped within piping. By witnessing an air coupler violently ejected by residual pressure as it crushes steel cans, users can truly grasp the immense force and danger of compressed air hazards.

ACSEL2030
Air cylinder movement Jamming Accident Simulator

This simulator lets you experience the power of air cylinders. You can learn about the invisible dangers of air pressure, and the importance of releasing residual pressure.

ACSEL2040
High remaining press Accident Simulator (Water Pressure)

On this simulator, the pipe is purposely disconnected with water pressure still applied to the pipes inside the machine. You can experience how the coupler comes flying out at you vigorously due to the pressure, and learn about the significant dangers inherent in water pressure.

ACSEL2060
Chucking Jamming Accident Simulator

Experience the extreme danger of pressurized equipment. This simulator demonstrates the risks of forcing misaligned chucks into place. By crushing chopsticks or bamboo, users can witness the actual force involved and the severity of trapping accidents.

ACSEL2090
Tank Deformation by Fluid Transfer Simulator

Experience the danger of tank implosion caused by vacuum buildup during fluid transfer. This device demonstrates the severe consequences of neglecting proper operating procedures.

ACSEL2091
Tank Deformation by Fluid Transfer Simulator：Light

Experience the dangers of vacuum and internal pressure during fluid transfer. This simulator uses everyday items like square metal cans and plastic bottles to demonstrate the physical impact of pressure changes.