UV LED Curing Systems 650x50mm
UV LED Curing Systems- Wave365/385/395/405nm(Customised)
- ApplicationsUV glue/resin/ink curing
- Luminous size20mm-500mm long, 20-500mm wide
- CoolingFans / Water Cooling
- Light intensity10-10000mW/cm²
Related product literature downloads
Brief description of UV LED Curing Systems
UV LED curing systems are generally more energy-efficient and cost-effective than traditional UV lamps.
If you are experiencing issues with the performance or reliability of your current LED UV curing system, such as frequent breakdowns, inconsistent curing results, or limited functionality, upgrading to a newer model with enhanced performance and reliability could help address these issues and improve overall productivity.
Over time, your application requirements or production processes may change, necessitating a different type of UV LED curing system. For example, if you need to cure larger parts or increase throughput, transitioning to a system with higher curing capacity or faster curing speed might be necessary.
If there are changes in regulatory requirements or industry standards related to UV curing processes, you may need to upgrade your equipment to ensure compliance with the latest regulations and standards.
Product Applications
UV LED curing systems are used in a wide range of industries such as electronics, automotive, aerospace, printing, and medical devices. They are employed for curing coatings on electronic components, automotive parts, printed circuit boards (PCBs), medical devices, and more. Specific applications can be referred to the following:
1、optical communication industry
active devices, passive device packaging, optical fiber optical cable coating curing bonding;
2、photovoltaic new energy
photovoltaic chips, lithium battery module curing;
3、semiconductor materials
wafer chips, uv film debonding;
4、medical devices
medical catheters, syringes, endoscopes, infusion tubes and other medical devices sealing;
5、3C electronics
mobile phone parts, digital camera accessories, motor components, semiconductor chips, sensors, encoders, etc.;
6、PCB circuit board
electronic components fixed, core circuit potting, chip protection, antioxidant coating protection;
7、optical parts
lens modules, optical lenses, infrared night vision assembly bonding;
8、liquid crystal display
surface edge encapsulation.
9、laboratory materials
polymer chemistry, semiconductor materials light curing;
10、ink printing
screen printing label printing.
Product Advantages
1、Multi-channel working mode
Standard with a LED light sources, according to the actual use of the situation, choose 1-4 irradiation heads alone or synchronous work, no need to purchase so many controller, effective cost savings;
2、Low power consumption
LED UV curing systems through the led chip for electrical energy; light energy conversion, less energy loss, low power consumption, can save a lot of electricity consumption each year;
3、Clean and environmental protection without pollution
LED curing systems does not contain mercury metal harmful substances, does not produce ozone when used, belongs to a clean and environmentally friendly energy;
4, Compact size
LED UV curing systems is compact in siza, can be customized shape and irradiation area, suitable for use in different working environments;
5、Long service life
LED UV curing systems emits ultraviolet light source through LED lamp, its life time is more than 20,000h on average, can instantly light up/off led ultraviolet light source, not affected by switch closure;
6、High intensity irradiation
irradiation intensity range from 500mw/cm2 ~ 20,000mw/cm2
7、Remote control/interface
Extra RS232/485 for any serial accessory control/interface
NO. | Parts | Items | Technique Data |
1 | Controller UVSF81T | Voltage | 220V |
2 | MODEL SIZE | 412X264X142(mm) | |
3 | Cooling mode | Air-Cooled | |
4 | Control Method | On-screen touch/pedal /RS232/485 communication | |
5 | Adjustable range of irradiationpower | 10%-100% adjustable | |
6 | irradiation swelling model | Manual: Steady on after startup | |
7 | Automatic: Set irradiation countdown time (0.1-999.9s) | ||
8 | Step: Achieve step irradiation (1-20 steps) | ||
9 | Loop ladder: single/infinite | ||
10 | traffic control | RS232 serial port, 485: data read and write, LED switchand parameter control | |
11 | I\O interface LED switch control and running stateoutput | ||
12 | Irradiation headSFHD-150150 | heat-dissipating method | air cooling |
13 | wavelength coverage | 365±5nm | |
14 | External structural dimension | 180x180x100mm | |
15 | Light point size | 150x150mm | |
16 | Suggested range | 15-20 (mm) | |
17 | exposure intensity (MAX) | 1000 mw/c ㎡(FTIU500 Illuminometer measurement data) | |
18 | Uniformity of irradiation intensity | 10%, homogeneity=( (Max-Min)/(Max +Min)×100% ) | |
19 | working life | 20000 hour (Constant temperature 20±1℃, constanthumidity 50±3%, attenuation about 25%) | |
20 | power cord | cable | 2m |
21 | connecting line | cable | 2m |
22 | electric power | Total electrical power of eachcomponent | 720w |
23 | Optional functions | on-line monitoring | None |
24 | Optional functions | Radiosity | None |
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