● Using high-performance LEDs, the chips provide high-intensity illumination. The thermoelectric separation process with a copper substrate and liquid cooling effectively dissipates heat. The working surface irradiance can reach 2 W/cm².
● The distributed LED arrangement and special optical design around the periphery ensure the light source has high uniformity.
● No ozone generation during operation, ensuring safety and environmental protection.
● Standard wavelengths are 365 nm, 385 nm, 395 nm, and 405 nm, with custom wavelengths available upon request (250 nm ~ 1050 nm).
▲ Particularly suitable ● Fairly suitable ○ Usable
▲ Photovoltaic Science and Engineering: Solar cell characteristic testing, photothermal conversion utilization
▲ Materials Science: Material aging tests
▲ Space Technology: Environmental simulation experiments for spacecraft
▲ Aerospace: Thermal balance experiments for spacecraft
▲ Biological Science: Agriculture and forestry cultivation, plant development, and breed improvement
▲ Optical Components: Assembly and bonding of lens modules, optical lenses, and infrared night vision devices
▲ Laboratory Materials: Photocuring of polymer chemistry and semiconductor materials
| Product Configuration | Main Unit + Light Source |
| Adjustable Parameters | Adjustable Light Power |
| Main Unit Power | 610 W |
| Light Source Power | 1000 W |
| Rated Voltage | 220 V 50 Hz |
| Cooling Method | Liquid Cooling |
| Operating Temperature/Humidity | 0 ~ 40℃ (No condensation, No frost) |
| Storage Temperature/Humidity | -10 ~ 60℃, 30% RH ~ 85% RH (No condensation, No frost) |
