Used LEYBOLD A 1504 #9392812 for sale

Manufacturer
LEYBOLD
Model
A 1504
ID: 9392812
Evaporator, parts system Chamber (2) Pumps.
LEYBOLD A 1504 Photoresist Equipment is an advanced system for developing microelectronic components such as transistors, optical components, and other sub-micron structures. The unit is comprised of a spindle assembly, a power supply, a mask magazine, absorbent media, and a motorized transport mechanism. The spindle assembly is a high-precision assembly that is designed to provide consistent, evenly distributed development of submicron structures. The power supply is the source of power for the machine and includes all necessary components such as the voltage regulators, the control unit, and the power diagnostics software. The mask magazine houses the materials used for the resist development and can hold up to 24 mask packs that can be customised for a variety of applications. The absorbent media is then loaded into the tool to act as a solvent for the photoresist development process. The motorised transport mechanism is a robotic mechanism that moves the mask packs around the asset to ensure the necessary consistency for photoresist development. Other components of A 1504 Photoresist Model include pressure compensation valves, a vacuum chamber, and embedded sensors. The pressure-compensating valves act as a vacuum manifold to maintain the optimal pressure for each stage of the process. The vacuum chamber acts to draw out and maintain the correct level of vacuum in the equipment to ensure the most efficient photoresist development. Finally, the embedded sensors are used to monitor the various stages of process to ensure the most reliable results. LEYBOLD A 1504 Photoresist System is an essential tool for any microelectronics development lab, and is designed to provide the highest quality materials for the most precise results. The powerful spindle assembly, reliable power supply, and robust transport mechanism, along with the other components, make the unit an invaluable tool for developing and manufacturing submicron components.
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