High-Power 1000W UV LED Curing System (Large Area) Matrix Lamp Purple Light for PCB Solder Mask Drying Exposure Applications

Product Description

UV LED Array Curing Light Banner
UV LED System Features
Product Description
High Power 365nm 395nm UV LED Array UV LED Curing Light
UV LED Curing Light Array Front View UV LED Curing Light Array Angle View
Model No. Emitting Size Wavelength Light Intensity Cooling Method Power Work Voltage
Model-100*100 100*100mm 365-405nm 2000mW/cm² Air cooling 300W 220V
Model-200*300 200*300mm 365-405nm 1400mW/cm² Air cooling 1000W 220V
Model-150*150 150*150mm 365-405nm 1000mW/cm² Air cooling 300W 220V
Product Advantages
  • Extra-long life: 25000h ~ 30000h.
  • Energy saving: Save 80% electrical energy compared to traditional Mercury lamps.
  • UV output adjustment: Seamless adjustment from 1% to 100%.
  • Multiple control modes: Constant current, pedal control, intelligent optical, and manual modes.
  • Photoelectric induction: Instant on/off, no preheating required.
  • Low energy consumption: Only 20% of the energy compared to ordinary UV lamps.
  • Eco-friendly: No mercury, no ozone emissions.
  • Cold light source: Low operating temperatures for heat-sensitive items.
  • High performance: Stable output with high light uniformity.
UV LED and Mercury Lamp Parameters Comparison
Project Mercury UV Lamp LED UV Lamp
Life ≤1000 Hours ≥20000 Hours
Applicability Cannot be used in thermal materials Almost all materials
Start Slow start, must completely cool down before restarting Instant ON/OFF
Volume Large volume Small volume, easy to carry and install
Stability Not good Good
Maintenance Difficult Easy
Energy consumption High Low consumption (about 1/6 of mercury lamp)
Thermal effects High temperature Cold light source
Switch Constant light Arbitrary switch
External control No I/O signal
Safety Explosive risk Stable
Ozone A lot No
Environment Harmful gases No harmful gases
Product Application
UV LED Curing Application Example 1 UV LED Curing Application Example 2
Packing & Delivery
To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.
Professional Packaging Process Delivery and Logistics Standards
Recommend Product
Recommended UV Curing Solution 1 Recommended UV Curing Solution 2 Recommended UV Curing Solution 3
FAQ
Q1: What are the primary applications of the UV LED curing system?
A: The UV LED curing system is primarily designed for curing UV-sensitive materials such as UV glue, UV ink, UV adhesive, UV paint, and UV varnish.
Q2: What major advantages does the UV LED curing system have over mercury lamps?
A: The key advantages include an extra-long operating life (25,000h~30,000h), high energy savings (up to 80% less power consumption), instant power on/off, low thermal output, and eco-friendly features (free of mercury and ozone).
Q3: Which wavelength should I choose for my curing needs?
A: The choice of wavelength depends on your specific UV-sensitive materials. Typical options range from 365nm to 405nm.
Q4: How do I determine the correct emitting window size?
A: The emitting window size should match the physical surface area dimensions of the product or material that you need to cure.
Q5: What factors dictate the Peak Irradiance requirements?
A: Peak Irradiance requirements are determined by the chemistry of your UV-sensitive materials and your production efficiency/speed targets.
Q6: What if standard emitting windows and Peak Irradiance levels do not meet my project needs?
A: Standard parameters can be customized. Any customized configurations for emitting window sizes and Peak Irradiance can be developed to meet your specific requirements.

Related Products