High power surface irradiator that replaces the lamp
・By using batch irradiation with a high-power surface irradiator, work man-hours are greatly reduced!
・We propose the most suitable surface irradiator according to the required specifications!
・A flexible design that takes advantage of the features of the LED, and can be customized!
・Propose the optimal light environment through our unique optical simulation!
・Utilizing various optical technologies, it supports high-power surface irradiation from a long distance!
・The peak emission wavelength can be selected from 365nm / 385nm!
With our unique optical technology, we will make appropriate proposals according to the desired irradiation distance from close-up irradiation to long-distance irradiation.
| wavelength | 365nm（385nm） |
| cooling | Forced FAN air cooling |
| Radiation surface size | φ221mm |
| power consumption | 402W |
| Reference irradiance | 100mW/cm² = LWD40mmTime |
| wavelength | 365nm（385nm） |
| cooling | Forced FAN air cooling |
| Radiation surface size | φ155mm |
| power consumption | 384W |
| Reference irradiance | 150mW/cm² = LWD5mmTime |
High-power surface irradiation that realizes UV irradiation over a wide range, which is difficult with water-cooled spot irradiators.
Unlike conventional lamps, it does not contain heat rays (infrared rays), making it ideal for irradiating heat-sensitive media.
Using our own optical simulation, we will be able to customize freely.
| wavelength | 365nm（385nm） |
| cooling | Water cooling |
| Radiation surface size | 196×16mm |
| power consumption | 570W |
| Reference irradiance | 1,800mW/cm² = LWD10mmTime |
| wavelength | 365nm（385nm） |
| cooling | Water cooling |
| Radiation surface size | 180x70mm |
| power consumption | 595W |
| Reference irradiance | 400mW/cm² = LWD5mmTime |
