● The front surface has a fluid-circulating system to lower its temperature, preventing high temperatures from affecting experimental results;
● The initial maximum irradiance in an 8 inch × 8 inch area is ≥200 mW/cm² (white light); features water cooling temperature control, a wide range of output adjustment, and high stability;
● Distributed light beads and special optical design around the source provide high uniformity, offering illumination with uniformity greater than 93% over an area of 8 inches × 8 inches;
● Operates without generating ozone, ensuring safety and environmental friendliness;
● The standard wavelength is white light (380 ~ 780 nm), with special wavelength customization available based on actual needs (250 nm ~ 1050 nm).
▲ Especially Suitable ● Suitable ○ Usable
▲ Photovoltaic Science and Engineering: Solar cell characteristic testing, photo-thermal conversion utilization
▲ Materials Science: Material aging tests
▲ Space Technology: Spacecraft environmental simulation experiments
▲ Aerospace: Spacecraft thermal balance experiments
▲ Biological Science: Agriculture and forestry cultivation, plant development and breeding
▲ Optical Components: Lens modules, optical lenses, assembly and bonding of infrared night vision devices
▲ Laboratory Materials: Polymer chemistry, semiconductor material photopolymerization
| Product Configuration | Main Unit + Light Source |
| Adjustable Parameters | Light power adjustment |
| Main Unit Power | 1100 W (Cooling 500 W + Light Source 600 W) |
| Light Source Power | 600 W |
| Rated Voltage | 220 V 50 Hz |
| Cooling Method | Liquid Cooling |
| Operating Environment Temperature / Humidity | Indoor, 0 ~ 30℃ (non-condensing, non-freezing) |
| Storage Environment Temperature / Humidity | -10 ~ 60℃, 30% RH ~ 85% RH (non-condensing, non-freezing) |
| Maximum Light Output Size | 245 × 245 mm² (8 × 8 inch, uniformity greater than 90%) |
| Peak Wavelength | 380 ~ 780 nm |
