Used CETC LXS-1000 #9073952 for sale

The China Electronic Technology Group CETC LXS-1000 is a photoresist equipment used to pattern contact holes, trenches, and other features on a variety of substrates. This system includes a laser source, an integrated control unit, a vacuum chamber, and a precision X-Y table. The laser source is based on a Yb-laser with an output energy wave of 10 watts and pulse lengths of picoseconds to nanoseconds. This laser source is capable of producing accurately controlled laser pulses that are focused onto the substrate for patterning. The laser control unit is integrated into the unit and enables the user to program the laser to execute desired patterns and configurations. It also provides a user interface that enables remote operation of the laser, enabling users to quickly adjust pulse parameters in real-time. The vacuum chamber is used to precisely control the atmosphere of the machine during operation in order to reduce reaction time and to ensure a high throughput. This is especially important for the process of photoresist patterning. The X-Y table in LXS-1000 tool provides high-precision positioning of the substrate during patterning. It is equipped with an automated drive asset that ensures accuracy in the positioning and alignment of the substrates, enabling users to precisely pattern features onto an array of substrates in a single operation. This is especially beneficial for patterning large-area substrates that require the accurate positioning of multiple features. Overall, the China Electronic Technology Group CETC LXS-1000 is an advanced photoresist model capable of providing high accuracy and precision when patterning contact holes, trenches, or other features onto a variety of substrates. It features an integrated laser source, a powerful laser control unit, a vacuum chamber, and a highly precise X-Y Table that allows for the accurate positioning of substrates. This equipment is capable of providing fast, accurate, and reliable results that are essential for high-volume production processes.