Curing Lamp With Chiller
Description
Precision Curing Solutions for Industrial Coding
The 395nm wavelength UV curing lamps represent the optimal spectral match for photopolymerization in modern coding systems, offering three core technological advantages:
1. Spectral Precision Engineering
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Peak irradiance at 395±2nm matches photoinitiator absorption spectra
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85%+ energy concentration in 380-410nm effective band
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<5% UV-C emission for operator safety compliance
2.Curing Area and Curing Power Can be OEM,Base on your speed and onsite requirements.
50-1200mm length accepted,400-1200W 50*50mm power accepted.
3. Operational Excellence
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Instant on/off capability (0.2s response)
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20,000+ hours LED lifespan (L70 standard)
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IP65 protection for harsh environments
Integration Advantages
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Synchronized with leading inkjet coders
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Real-time intensity monitoring via PLC feedback
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30% energy saving vs. mercury arc lamps
This advanced curing technology ensures 100% ink polymerization while maintaining <40°C substrate temperature, making it ideal for heat-sensitive packaging materials.
Instructions
- Service conditions of equipment
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Working power supply: 220VAC/50HZ;
Working temperature: 1 ºC~55 ºC;
Storage temperature: - 10 ºC~65 ºC;
Relative humidity: 30%~80%;
- Do not place objects on the working equipment.
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- Please ensure the air flow at the air inlet and outlet of the driver is smooth, and there should be no dust or foreign matter blocking the air inlet and outlet, otherwise the stability of the driver will be affected.
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- For air-cooled light source, please ensure that the air flow at the inlet and outlet of the illuminator is smooth, and there is no dust or foreign matter blocking the inlet and outlet, otherwise, the light intensity may be affected and the service life of the LED light source may be affected.
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- For water-cooled light sources, the chiller must use distilled water, and the distilled water must be replaced every quarter. Please do not use tap water, because tap water contains a lot of impurity ions and oxygen, which may easily lead to electrochemical corrosion of the water-cooling plate and chemical precipitation (scale), thus reducing the heat dissipation effect of the water-cooling system, and reducing the illuminance and life of the light source.
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- In order to ensure the smoothness of each air inlet and outlet of the driver, irradiator and water cooler, please clean the dust at each air inlet and outlet 1~5 times a day according to the use environment.
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- In order to ensure the light intensity and light uniformity, please wipe the glass lens on the light emitting surface of the irradiator 1~5 times a day according to the use of dirt.
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- The maximum bending radius of the connecting line between the irradiation head and the driver is 7 times the diameter of the connecting line. Please do not bend the connecting line too much to avoid failure of the connecting line.
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3, Technical parameters
No load power consumption: about 100W (driver);
On load power consumption: about 400W (with 1 irradiation head)
Working noise: about 40dB (driver), less than 50dB (water cooler);
Spot size: 70 * 50 (mm);
Recommended exposure height: 3~10 (mm);
Spot uniformity: greater than 85%;
Working distance of irradiation head: 3-10 (mm);
Heat dissipation mode: air cooled chiller;
Driver weight: 14Kg (without water, water tank);
Weight of irradiation head: about 0.6Kg/piece.
- LED related parameters
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LED origin: South Korea;
LED light wavelength: 395-400 (nm), peak wavelength: 395nm;
Optical power: more than 8000-12000mW/cm ^ 2;
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