The Linshang LS128 UV energy meter, with a spectral range from 340nm to 420nm and can measure any UV-curing source from 365nm to 405nm. The data is accurate and scientific.
The UV curing industry has two curing sources of high-pressure mercury lamps and ultraviolet LED lamps, and the well-known UV energy meter may be the Japanese oxtail and the US EIT. Not to mention how expensive foreign imported brands are, it is difficult to find genuine imports in China.
Under this strong brand effect, why should Linshang Technology also develop special instruments for detecting high-pressure mercury lamps and ultraviolet LED lamps? Because we pursue scientific data.
Currently, the UV energy meter on the market is developed with a high-pressure mercury lamp as a standard light source, but the high-pressure mercury lamp has a wavelength band ranging from 200 nm to more than 1000 nm, and only 365 nm is used for curing. However, the UV LEDs used for curing have different wavelength bands such as 365 nm, 375 nm, 385 nm, 395 nm, and 405 nm. Therefore, it is unscientific to measure ultraviolet LEDs using a high-pressure mercury lamp source as a standard energy meter.
The Linshang LS128 UV energy meter, with a spectral range from 340nm to 420nm and can measure any UV-curing source from 365nm to 405nm. The data is accurate and scientific. In addition, LS128 has a large range of 20W, high temperature resistance of 125 ° C. It can be placed in boiling water of 100 ° C with no impact on the product. The most important thing is that the LS128 has a large LCD display that can display energy, intensity, temperature, time and curve display at the same time. The meter can connect to the computer to print test reports. This is the only UV energy meter with these functions.
With the development of technology, LED light source will definitely replace the traditional high-pressure mercury lamp, then LS128 UV energy meter must be your good assistant.