The New 1200W 395nm UV LED Curing System Cooling system for High Power Curing Use

Switching signal Dimming 1200W 395nm UV LED Curing System for high power curing use

LED Curing System Product Specifications

uv system Design Advantage:

• Long life span
• low thermal resistance
• High effiency 45%-55%
• Ingorganic encapsulation
• High density and intensity
• Screw free assemble for high power curing use

Curing System Appilcation:

• UV curing
• LED growing market
• Offset printer
• 3D printer
• Exposure machines
• Inkjet printer
• High intensity curing

UVA System Product picture

Photoconversion in water-cooled solidification systems

• UV light generation: The UV light is generated by a UV lamp or LED light source.
• Transmission of UV light: The UV light is transmitted through a quartz or fused silica window into the curing chamber.
• Absorption by photoinitiator: The UV light is absorbed by a photoinitiator in the UV-curable coating or adhesive, which triggers a chemical reaction to initiate the curing process.
• Heat generation: The curing process generates heat, which can increase the temperature in the curing chamber.
• Water cooling: Water is circulated through the curing chamber to dissipate the heat generated during the curing process.
• Temperature regulation: The temperature of the water is regulated to maintain a stable curing temperature, which can help ensure consistent and effective curing.
• Overall, water-cooled curing systems use UV light to initiate the curing process, which generates heat that is dissipated by water cooling to maintain a stable curing temperature. This process allows for efficient and effective curing while minimizing the risk of overheating and damage to the curing system.

Curing System FAQ