Study on UV paint / ink / adhesive curing light of laboratory equipment
A lot of research engineers who study UV paint, should understand the paint through the trial of the curing characteristics and the actual results and conditions. They hope to obtain a set of light-curing equipment, and do all kinds of light-curing experiments. It is very necessary to choose economy and appropriate light-curing equipment.
The general situation of R & D personnel, strength / power control is critical. Many workers call firstly to ask how to control the strength, how to adjust the energy, what the intensity and uniformity is like, how spectral characteristics is, or even whether there are alternate heat filter, the shape of reflection cover and so on, how to control exposure time and such very delicate questions. Another is the tendency to buy quality products from big companies. This point is understandable. General laboratories, as a result of applications, only will be equipped with a set of equipment. Once the quality problems appear, it will seriously affect the progress, at least a week, as many as several months. Also space limitations of the laboratory or scientific research units and very little ventilation system limit the size of equipment and the demand of ventilation.
GOOD provide a large number of LED UV light curing equipment for the United States scientific research institutes and laboratories of large companies, and get a high reputation. Now, we introduce several programs for reference.
1）Automatic LED UV curing machine:
(LED light source + LED UV curing machine + LED UV Energy Meter)
this is a very economical combination of LED UV curing machine. It can meet the control of strong light / power, and has already been able to measure LED UV energy.
First to talk about the all-functional LED Light Source, equipped with a 20W-60W of LED, high-tech optical lens, UVA intensity up to 1000-8600mw/cm2, and effective curing area is 200 * 200cm.
Intensity is uniform. The smaller the curing area is, the better the consistency will be.
Spectral characteristics: ST-LED can match a variety of different spectral characteristics of LED, UVA-enhanced (standard), UVB-enhanced, and two UVV enhanced LED. Different applications have different emphases.
Energy regulation and Exposure Control: ST-LED builds in the function of adjustment of light intensity, from 10% -100% range of adjustment, the accuracy of 0.01%. Built-in microprocessor systems can precisely set the LED UV exposure time, from 0.01-9999 seconds.
ST-LED UV can provide a variety of intelligent control functions, to ensure the safety of the operator.
ST-LED UV 101A may be the most economical energy calculations. Although scale is smaller, it just can act in concert with the ST-LED UV Curing System. We have to admire the company's GOOD efforts.
The entire system is compact, built in high-tech cooling chips, and it does not require any additional ventilation and cooling system.
2）LED UV conveyor system:
(Customer's own conveyor belt + ST-LED UV light energy + ST UV101A dollars)
this is a powerful industrial application of light-cured experimental systems, using customers’ conveyor belt.
With ST-LED UV, it is enough to meet the requirements, especially in some demanding applications. First of all, consider the allocation of ST LED UV Curing System, better access to the scope of the intensity. Some characteristics of light sources are the same as above. Conveyor belt is very simple and lightweight so that there are no extra settings. LED UV Energy Meter specifically for the conveyor belt of the LED UV curing system can easily set up the UV energy you need.
Combination of LED UV light-cured equipment is our summary of practical applications. Combination of good equipment can save a lot of time for you and let you focus more on R & D process, adjustment, or repairing the equipment.
