Used HEADWAY LM22-PWM-103 #9181822 for sale

HEADWAY LM22-PWM-103
Manufacturer
HEADWAY
Model
LM22-PWM-103
ID: 9181822
Resist spinner.
HEADWAY LM22-PWM-103 is a photoresist equipment designed for semiconductor manufacturing and other microelectronic processing applications. It is capable of accommodating a range of process sizes, from 200 mm to 300 mm wafers, making it ideal for a wide variety of tasks. The system features an advanced, four-channel PWM light source with an adjustable exposure time of up to 250 ms. It offers enhanced uniformity and smoothness for processing film and also allows for precise control over film thickness and other parameters in order to optimize yields. Additionally, the unit has an advanced automatic cooling machine, reducing photochemical reaction time in order to enhance productivity in high-productivity environments. The tool has a built-in, unique adaptive optical platform which permits a variety of optics configurations - free-form optics, cylindrical lenses, and elliptical mirrors - to be used in order to obtain the desired imaging results. This allows for accurate imaging and positioning of wafers of various sizes and allows for faster processing speeds. For safety, the asset features an advanced, multi-channel integrated control model, allowing for the control of various parameters such as temperature, pressure, and timing of the processing environment. This helps to maintain consistent film processing conditions and prevent the risk of contamination. The equipment also features an intuitive graphic user interface, which provides users with the ability to view and control the parameters of the system. This easily-operated unit also permits greater flexibility by allowing for the creation of custom-made recipes for specific processes. Overall, LM22-PWM-103 photoresist machine is one of the most advanced and versatile systems available on the market. Its integrated features and powerful components make it a perfect choice for users who need a photoresist tool for a variety of applications. With its extensive capabilities, it can provide optimal results and improved yield.
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