Used MIKASA 1H-D2 #9314309 for sale

MIKASA 1H-D2 is an advanced photoresist processing equipment, designed to produce extremely intricate high-precision components with superior levels of accuracy. It utilizes unique ultraviolet light source technology to deposit a series of extremely thin film layers on a substrate. Each layer has its own unique characteristics, dependent on the type and intensity of the light used. 1H-D2 allows for the manufacture of many different types of components, including high-resolution sensors, digital cameras, medical devices, and other consumer electronics products. The system's photoresist technology allows for layer-by-layer construction of components, with each layer being created through precise control over the parameters of the UV light. This layer-building process enables the user to control the structure, integrity, and overall quality of the final product. MIKASA 1H-D2 is designed with user safety in mind, utilizing highly effective protection against potentially harmful UV radiation. All of the unit's critical components, such as its light sources and mirrors, are manufactured with specialized materials that allow for the transmission of highly specific frequencies of UV light, while still protecting the user from dangerous levels of radiation. 1H-D2 is highly efficient, capable of quickly and accurately producing components with a resolution of up to 1 micron. This accuracy is achieved through the direct control of the UV light intensity and waveform used, as well as the emphasis on precise temperature and humidity levels within the machine. In addition, MIKASA 1H-D2 is designed to be extremely reliable, thanks to its high-quality electronics package and extremely robust control software. This ensures that the tool can accurately replicate production results over multiple batches, allowing for uniform and consistent precision of components every time. Overall, 1H-D2 is a cost-effective and highly efficient photoresist processing asset which has a wide range of applications and is extremely user-friendly thanks to its safety and reliability features. It allows for the precise, high-precision production of components with superior accuracy, making it an ideal solution for a variety of industries striving for speed and accuracy in their production processes.