UV LED Curing System AC220V 2500W 3000W 4500W 395nm with LSwitching
signal
Dimming & Water cooling for Growing Market & Offset printer
2500W 3000W 4500W 395nm UV Curing System Product Specifications
| model | LN-CP-1250 | LN-CP-1500 | LN-CP-1500 |
| Dominant Wavelength | 395nm |
| Recommend Radiation distance | 3-10mm |
| Cooling method 1 | Water cooling |
| Control method 2 | Switching signal Dimming 0-2500W | Switching signal Dimming 0-3000W | Switching signal Dimming 0-4500W |
| Lighting Area | 175mm*20mm | 675mm*20mm | 300mm*20mm |
| Signal Port Voltage | 0-12V |
| Power adjustment | 10-100% |
| DIMENSION | 249mm(L)*56mm (W)*25.5mm(H) | 750mm(L)*48mm (W)*68mm(H) | 302mm(L)*58mm (W)*72mm(H) |
| CHIPS | High power SMD or COB |
Curing system Design Advantage:
1, Long life span
2, High effiency 45%-55%
3, low thermal resistance
4, Ingorganic encapsulation
5, High density and intensity
6, Screw free assemble for high power curing use
7, Optical optimal with special view angle in 30DEG, 60DEG or
120DEG
8, Multi wavelength 365nm/385nm/395nm/405nm/420nm in one design
LED Curing System Appilcation:
1, UV curing
2, 3D printer
3, Offset printer
4, LED growing market
5, Exposure machines
6, Inkjet printer
7, High intensity curing Market like 3KW,7kW,15KW
UVA System Product picture
Photoconversion in water-cooled solidification systems
1. UV light generation: UV light is generated by a UV lamp or LED
light source.
2. Transmission of UV light: UV light is transmitted through a
quartz or fused silica window into the curing chamber.
3. Photoinitiator absorption: UV light is absorbed by a
photoinitiator in the UV-curable coating or adhesive, initiating
the curing process.
4. Heat generation: The curing process generates heat in the
chamber.
5. Water cooling: Water is circulated through the curing chamber to
dissipate the heat.
6. Temperature regulation: Water cooling helps maintain a stable
curing temperature.
Overall, water-cooled curing systems use UV light to initiate the
curing process, with water cooling employed to
dissipate heat and regulate temperature for effective and consistent curing.
3D/Inkjet Printer UV LED Curing System FAQ
Q1: What is the dominant wavelength of the UV LED curing system?
A1: The dominant wavelength of the UV LED curing system is 395nm,
which is ideal for curing or drying materials that respond to UVA
light in that wavelength range.
Q2: What cooling method is used in the UV LED curing system?
A2: The UV LED curing system utilizes water cooling as the cooling
method to effectively dissipate heat generated by the LEDs during
operation.
Q3: What is the voltage range for the signal port of the UV LED
curing system?
A3: The signal port voltage of the UV LED curing system operates
within the range of 0-12V, providing flexibility for control and
integration with other equipment or systems.
Q4: What is the VF (Voltage Frequency) requirement for the UV LED
curing system?
A4: The UV LED curing system operates on an input voltage of
AC220V, ensuring compatibility with the standard voltage supply in
many regions.
Q5: How can I adjust the power output of the UV LED curing system?
A5: The UV LED curing system offers power adjustment capability
ranging from 10% to 100%. This allows you to precisely control the
power output according to your specific curing requirements.
Q6: What is the warranty period for the UV LED curing system?
A6: The UV LED curing system comes with a warranty of either 10,000
hours of usage or 2 years, providing coverage for any potential
manufacturing defects or malfunctions during the specified period.
Q7: Can the UV LED curing system be customized to meet specific
requirements?
A7: Yes, the UV LED curing system can be customized to meet
specific requirements. Please discuss your customization needs with
the seller to determine the available options.
Q8: How long is the expected lifespan of the UV LED curing system?
A8: The UV LED curing system has an expected lifespan of 10,000
hours. This ensures long-term reliability and performance for your
curing applications.
