UV LED Curing System 1200W 395nm Switching signal Dimming& High

Efficiency for Exposure machines ＆ 3D printer

1200W 395nm UV Curing System Product Specifications

Curing system Design Advantage:

1. Long lifespan
2. Low thermal resistance
3. High efficiency (45%-55%)
4. Inorganic encapsulation
5. High density and intensity
6. Screw-free assembly for high power curing use
7. Multi-wavelength (365nm/385nm/395nm/405nm/420nm) in one design
8. Optical optimization with special view angle in 30°, 60°, or 120°

LED Curing System Appilcation:

1,UV curing
2,LED growing market
3,Offset printer
4,3D printer
5,Exposure machines
6,Inkjet printer
7,High intensity curing Market like 3KW,7kW,15KW...​

UVA System Product picture

THE DEGREE OF LIGHT CAN BE CUSTOMIZED
It is necessary to communicate with our engineering team in advance toconfirm the design requirements and technical details of the

lens to ensure the customized quality and effect of the lens.

Photoconversion in water-cooled solidification systems

• UV light generation: A UV lamp or LED light source produces UV light. Transmission of UV light: The UV light passes through a window made of quartz or fused silica into the curing chamber. Absorption by photoinitiator: A photoinitiator in the UV-curable coating or adhesive absorbs the UV light, which causes a chemical reaction to start the curing process. Heat generation: The curing process creates heat, which can raise the temperature in the curing chamber. Water cooling: Water flows through the curing chamber to remove the heat created during the curing process. Temperature regulation: The water temperature is controlled to keep a stable curing temperature, which can help ensure consistent and effective curing. In summary, water-cooled curing systems use UV light to start the curing process, which creates heat that is cooled by water to keep a stable curing temperature. This process allows for efficient and effective curing while reducing the risk of overheating and damage to the curing system.

• UV light generation: A UV lamp or LED light source emits UV light. Transmission of UV light: The UV light travels through a window of quartz or fused silica into the curing chamber. Absorption by photoinitiator: A photoinitiator in the UV-curable coating or adhesive captures the UV light, which triggers a chemical reaction to begin the curing process. Heat generation: The curing process releases heat, which can increase the temperature in the curing chamber. Water cooling: Water runs through the curing chamber to cool down the heat released during the curing process. Temperature regulation: The water temperature is adjusted to maintain a stable curing temperature, which can help ensure consistent and effective curing. In short, water-cooled curing systems use UV light to trigger the curing process, which releases heat that is cooled by water to maintain a stable curing temperature. This process allows for efficient and effective curing while avoiding the risk of overheating and damage to the curing system.

3D/Inkjet Printer UV LED Curing System FAQ