Hikvision Launches Next-Generation 'High Heat-Resistant Camera Series' to Accelerate DX in Manufacturing in the Japanese Market
Hikvision announced the 'High Heat-Resistant Camera Series' in April this year for the Japanese market, enabling stable real-time monitoring in high-temperature environments from 85℃ to a maximum of 2,000℃. Utilizing unique dual air/water cooling structures and semiconductor cooling technology (Peltier elements), it offers new solutions for safety management and efficiency in smart factories, contributing to quality improvement and energy saving.
📋 Article Processing Timeline
- 📰 Published: April 27, 2026 at 20:00
- 🔍 Collected: April 27, 2026 at 11:31
- 🤖 AI Analyzed: April 28, 2026 at 02:50 (15h 19m after Collected)
Hikvision will launch its next-generation 'High Heat-Resistant Camera Series' in the Japanese market this April, designed to accelerate digital transformation (DX) in manufacturing. This series enables stable, real-time monitoring in high-temperature environments ranging from 85℃ to an unprecedented 2,000℃, where conventional cameras could not be installed. By leveraging proprietary dual air/water cooling structures and semiconductor cooling technology (Peltier elements), Hikvision offers new solutions for safety management and efficiency in smart factories.
## Background of Development: The Challenge of 'Visualization' in Harsh Thermal Environments
In sites such as steel melting furnaces, cement kilns, and firing kilns, real-time understanding of internal conditions is indispensable for improving quality control and safety. However, environments exceeding several hundred to over a thousand degrees Celsius are fatal for precision equipment, and monitoring has been limited to visual inspection or restricted surveillance until now. Our high heat-resistant camera series solves these challenges with state-of-the-art engineering design.
## Product Lineup and Features
1. Furnace Monitoring Camera (Supports up to 2,000℃)
- Dual Vortex Air Cooling Structure: Protects internal equipment even in furnaces reaching 2,000℃.
- Sapphire Glass Lens: Employs a heat-resistant and wear-resistant lens to ensure clear visibility.
- Self-Protection Mechanism: Equipped with a safety function that automatically retracts the lens upon detecting temperature increases or pressure drops.
- Proprietary Fire Detection Algorithm with 99%+ Accuracy: Supports AI-driven fire detection and automatic analysis of combustion conditions.
2. Water/Air-Cooled Camera (Supports 150℃ to 250℃)
- Circulating Air/Water Real-time Cooling Mechanism, Dust Removal by Air Curtain.
- Electric Zoom Lens: 2.8-12mm, 8-32mm.
- Environmental Adaptability: SUS304 stainless steel casing, temperature and corrosion resistance.
- Infrared/White Light Fill-in Option: 200W/400W/800W.
3. Semiconductor Cooling Camera (Supports up to 85℃)
- Utilizes Peltier Element: Achieves an ultra-thin 90mm body thanks to semiconductor cooling technology that does not require external cooling water.
- Tobacco Roasting AI-ISP Algorithm: Precisely determines dynamic and static regions, provides adaptive spatio-temporal noise reduction, and ensures clarity and color reproduction in the tobacco leaf drying process.
- Rectangular Illumination System, Achieving Uniform and Highly Efficient Light Irradiation: 5500K high color rendering LED light source, high-temperature lamp cup design, batwing light distribution.
Breaking the Heat Barrier, Visualizing the Future of the Factory Floor
Visualizing high-temperature areas that were previously 'invisible' directly leads to improved quality, energy saving, and ensuring the safety of on-site workers. Through advanced cooling technology and image processing technology, Hikvision will continue to pave the way for a smarter and more sustainable manufacturing future together with its customers.
Contact Information
HIKVISION JAPAN Co., Ltd.
〒108-0075 Sumitomo Fudosan Shinagawa Konan Bldg. 4F, 3-8-1 Konan, Minato-ku, Tokyo
TEL: 0120-759-295
FAX: 03-6718-4919
Inquiries: 0120-759-295
Official Website: https://www.hikvisionjapan.com/
## Background of Development: The Challenge of 'Visualization' in Harsh Thermal Environments
In sites such as steel melting furnaces, cement kilns, and firing kilns, real-time understanding of internal conditions is indispensable for improving quality control and safety. However, environments exceeding several hundred to over a thousand degrees Celsius are fatal for precision equipment, and monitoring has been limited to visual inspection or restricted surveillance until now. Our high heat-resistant camera series solves these challenges with state-of-the-art engineering design.
## Product Lineup and Features
1. Furnace Monitoring Camera (Supports up to 2,000℃)
- Dual Vortex Air Cooling Structure: Protects internal equipment even in furnaces reaching 2,000℃.
- Sapphire Glass Lens: Employs a heat-resistant and wear-resistant lens to ensure clear visibility.
- Self-Protection Mechanism: Equipped with a safety function that automatically retracts the lens upon detecting temperature increases or pressure drops.
- Proprietary Fire Detection Algorithm with 99%+ Accuracy: Supports AI-driven fire detection and automatic analysis of combustion conditions.
2. Water/Air-Cooled Camera (Supports 150℃ to 250℃)
- Circulating Air/Water Real-time Cooling Mechanism, Dust Removal by Air Curtain.
- Electric Zoom Lens: 2.8-12mm, 8-32mm.
- Environmental Adaptability: SUS304 stainless steel casing, temperature and corrosion resistance.
- Infrared/White Light Fill-in Option: 200W/400W/800W.
3. Semiconductor Cooling Camera (Supports up to 85℃)
- Utilizes Peltier Element: Achieves an ultra-thin 90mm body thanks to semiconductor cooling technology that does not require external cooling water.
- Tobacco Roasting AI-ISP Algorithm: Precisely determines dynamic and static regions, provides adaptive spatio-temporal noise reduction, and ensures clarity and color reproduction in the tobacco leaf drying process.
- Rectangular Illumination System, Achieving Uniform and Highly Efficient Light Irradiation: 5500K high color rendering LED light source, high-temperature lamp cup design, batwing light distribution.
Breaking the Heat Barrier, Visualizing the Future of the Factory Floor
Visualizing high-temperature areas that were previously 'invisible' directly leads to improved quality, energy saving, and ensuring the safety of on-site workers. Through advanced cooling technology and image processing technology, Hikvision will continue to pave the way for a smarter and more sustainable manufacturing future together with its customers.
Contact Information
HIKVISION JAPAN Co., Ltd.
〒108-0075 Sumitomo Fudosan Shinagawa Konan Bldg. 4F, 3-8-1 Konan, Minato-ku, Tokyo
TEL: 0120-759-295
FAX: 03-6718-4919
Inquiries: 0120-759-295
Official Website: https://www.hikvisionjapan.com/