Smartening up the factory. Even without operators, the time until machine stoppage is minimized, allowing for quick responses.
The "Smart Meter 48" is a system that wirelessly connects equipment machines within a factory to people in the factory, on-site offices, and management offices. One subunit can handle 32 signals, converting these signals into digital data for aggregation and also transforming them into audio to be transmitted wirelessly. The radio equipment used is not LAN-based, but rather commercially available specific low-power transceivers, which, unlike LAN, are resistant to interference and noise within the factory, ensuring reliable communication while confirming between transceivers. 【Features】 ■ Smart factory implementation ■ Significant reduction in labor costs ■ Ability to aggregate and map idle and stopped states ■ One subunit can handle 32 signals ■ The radio equipment used is not LAN-based, but rather commercially available specific low-power transceivers *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 - Wirelessly connects equipment in the factory with people in the factory, site office, and management office. - Converts signals into digital data for aggregation, and also transforms them into audio to be transmitted via radio waves. - Uses radio waves that are resistant to interference and noise within the factory, ensuring reliable communication while confirming between transceivers. *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company always incorporates new development technologies, making energy conservation and improvements in safety and productivity the essence of JE products. In recent years, we have also released the JE Smart Meter, expanding our range of "visualization" products utilizing electronic technology. Additionally, through the development of practical low-temperature processing equipment, we are challenging the realization of low-wear high-speed machining of difficult-to-cut materials, particularly nickel (Ni) alloys and titanium (Ti) alloys.