Far-infrared Snow Melting Device "TOKERUMO" Begins Deployment as NETIS Registered Technology
Elcom Co., Ltd. announced that its developed far-infrared snow melting device "TOKERUMO" has been registered with the Ministry of Land, Infrastructure, Transport and Tourism's New Technology Information System (NETIS). This technology uses far-infrared radiation from carbon lamps to suppress snow and ice accumulation, contributing to improved safety and reduced environmental impact in winter public works construction.
📋 Article Processing Timeline
- 📰 Published: April 9, 2026 at 19:00
- 🔍 Collected: April 9, 2026 at 10:30
- 🤖 AI Analyzed: April 20, 2026 at 10:28 (263h 57m after Collected)
Elcom Co., Ltd. (Headquarters: Kita-ku, Sapporo, Hokkaido; Representative Director: Takahiro Soma) announced that its developed "Far-infrared Snow Melting Device TOKERUMO" has been registered with the Ministry of Land, Infrastructure, Transport and Tourism's New Technology Information System (NETIS) (Technology Name: Far-infrared Snow Melting Device / Registration Number: HR-250018-A).
This technology is a snow melting technique that suppresses snow and ice accumulation through far-infrared radiation using carbon lamps. Unlike conventional embedded road heating, it can be retrofitted to existing facilities and temporary sites. This is expected to improve safety and operational flexibility for winter construction in public works, as well as reduce environmental impact.
## [Snow Melting That Prevents Accumulation] — Non-Embedded, Retrofittable, Keeps Projects Moving Even in Snow
As this device is ground-mounted, installation is completed in a short time, allowing immediate operation after installation without stopping the site, while minimizing traffic restrictions and construction burden. It supports single-phase 200V power, making it deployable in power environments secured at many construction sites. Furthermore, by linking with a snowfall sensor, it achieves automatic snow melting, contributing to labor savings, improved construction management efficiency, and shortened construction periods. Additionally, the far-infrared snow melting technology using carbon lamps achieves efficient snow melting, balancing reduced power consumption and energy saving.
## Snow Melting Solution Supporting Relocation and Reuse
This solution ensures safety on site. Example of use on temporary stairs. The text continues to describe the benefits of the device, emphasizing its ease of installation, immediate operation, and suitability for various construction environments, including temporary setups. It highlights the device's ability to prevent snow accumulation, thereby enhancing safety and efficiency in winter construction projects. The system's design allows for flexibility in deployment and redeployment, making it a versatile tool for managing snow and ice in dynamic construction environments. The focus is on maintaining continuous workflow and reducing the risks associated with winter weather conditions.
This technology is a snow melting technique that suppresses snow and ice accumulation through far-infrared radiation using carbon lamps. Unlike conventional embedded road heating, it can be retrofitted to existing facilities and temporary sites. This is expected to improve safety and operational flexibility for winter construction in public works, as well as reduce environmental impact.
## [Snow Melting That Prevents Accumulation] — Non-Embedded, Retrofittable, Keeps Projects Moving Even in Snow
As this device is ground-mounted, installation is completed in a short time, allowing immediate operation after installation without stopping the site, while minimizing traffic restrictions and construction burden. It supports single-phase 200V power, making it deployable in power environments secured at many construction sites. Furthermore, by linking with a snowfall sensor, it achieves automatic snow melting, contributing to labor savings, improved construction management efficiency, and shortened construction periods. Additionally, the far-infrared snow melting technology using carbon lamps achieves efficient snow melting, balancing reduced power consumption and energy saving.
## Snow Melting Solution Supporting Relocation and Reuse
This solution ensures safety on site. Example of use on temporary stairs. The text continues to describe the benefits of the device, emphasizing its ease of installation, immediate operation, and suitability for various construction environments, including temporary setups. It highlights the device's ability to prevent snow accumulation, thereby enhancing safety and efficiency in winter construction projects. The system's design allows for flexibility in deployment and redeployment, making it a versatile tool for managing snow and ice in dynamic construction environments. The focus is on maintaining continuous workflow and reducing the risks associated with winter weather conditions.