Used SCHMIEDESKAMP 455 M4 #188883 for sale

SCHMIEDESKAMP 455 M4 is a high-performance automated photoresist equipment designed for the deposition of photoresist layers on the surface of substrates. The system consists of three integrated components: an automated dispensing unit, a high-precision spincoater, and a spin-dryer. The integrated dispensing machine is designed to accurately and automatically dispense liquid photoresists onto the substrate surface in a controlled and reproducible fashion. The spincoater is equipped with a laser reader and a precision spindle to precisely deposit the photoresist on the substrate surface. The spincoater is also designed to apply the photoresist uniformly across the surface, with the spin-dryer helping to ensure that any excess material is evenly distributed before curing. Finally, the spin-dryer helps to accelerate the curing process, allowing for both greater control and curing times. The performance of the tool is enhanced by the precision spindle, with its high accuracy and precise cyclic movement. This allows for better resolution when depositing the photoresist, resulting in consistently accurate deposition of highly reproducible patterns. In addition, the automated dispensing asset helps to ensure accuracy of repeatable processes, with its precise tracking of dispensed photoresist, and its temperature control for optimal curing. This combination of accuracy and precision in the dispense and curing processes helps to ensure consistent results in subsequent processes such as etching. The combination of features in 455 M4 makes it an ideal choice for a variety of photoresist applications. Its precision and accuracy in deposition makes it ideal for fine-line photoresist applications, such as contact printing, while its high speed capability and automated processes makes it ideal for high-throughput, high-volume production. In addition, the semi-automated process helps to maintain cost-effectiveness in manufacturing processes, making it a desirable choice for many photoresist applications.