Compared to traditional ultraviolet (UV) solidifying machines that use mercury or gallium lamps as light sources, solidifying machines that use LED as a light source have several distinct advantages, including a longer lifetime, environmental friendliness (no ozone production), energy efficiency, and no significant heat emission during operation.
Currently, LED light sources with wavelengths of 365 nm and 395 nm are primarily used. At these wavelengths, the light emission intensity of LEDs is much higher than that of mercury lamps, which is beneficial for the deep curing of UV materials. At the same time, the heat generated by LED lighting is dissipated from the back, with no heat on the emitting side, thus avoiding any temperature effects on the curing materials.
Furthermore, LEDs emit narrow-bandwidth light, which allows for precise curing (including the precise curing of specific parts of materials, such as in 3D printing, or by adjusting the irradiation distance to achieve a specific degree of curing of the material).
Technical Specification
Technical Items →
Ordering Information ↓
BGD 8200/A
BGD 8200/B
BGD 8400/A
BGD 8400/B
Wavelength
365 nm
395 nm
365 nm
395 nm
Lighting Size
100 mm × 200 mm
100 mm × 400 mm
100 mm × 200 mm
100 mm × 400 mm
Belt Width
200 mm (Teflon)
400 mm (Teflon)
200 mm (Teflon)
400 mm (Teflon)
Moving Speed
0.5 m/min ~ 8 m/min (adjustable)
Irradiance Energy* (mW/cm²)
800 (UVA); 230 (UVV)
60 (UVA); 1200 (UVV)
800 (UVA); 230 (UVV)
60 (UVA); 1200 (UVV)
Adjustable Power
10% ~ 100% (knob type)
Lighting Distance
10 mm ~ 100 mm (adjustable)
LED Lifetime
20,000 h
Heat Dissipation
Forced-air cooling
Power Supply
AC 220 V, 50 & 60 Hz
Total Power
500 W
1000 W
500 W
1000 W
Overall Size (L×W×H)
1000 × 410 × 660
1000 × 610 × 790
1000 × 410 × 660
1000 × 610 × 790
Remarks
* Data measured with UV Power Puck II (EIT, USA) at 20 mm distance. Peak ranges: UVA 320–390 nm; UVV 395–445 nm.
