Used SEMIX / TOK CSH 8121D #158244 for sale

SEMIX / TOK CSH 8121D
Manufacturer
SEMIX / TOK
Model
CSH 8121D
ID: 158244
Vintage: 2009
Developer, 2009 vintage.
SEMIX / TOK CSH 8121D is a dedicated photoresist equipment that is designed for the manufacture of semiconductor devices. It is made up of a long and short pulse exposure unit, a mask aligner, and a substrate processor. The system is used in a variety of applications, such as wiring, interconnects, and other advanced semiconductor processes. The long-pulse exposure unit of TOK CSH 8121D is capable of accurately patterning the surfaces of a substrate to a sub-micron level. It uses laser exposure technology to precisely expose the photoresist material on the wafer with a maximum resolution of 10 microns. The pulse width of the laser can be adjusted depending on the material being exposed and the desired result. The mask aligner is capable of accurately aligning the layers of material on the substrate by using noncontact mask registration techniques. It is equipped with an automated embedded imaging unit that provides real-time observation and feedback. This machine also provides high accuracy alignment throughout the process. The substrate processor of SEMIX CSH 8121D is a fully-automated solution that uses dielectric laser ablation to apply the photoresist material on the wafer. The processor is capable of mask- and pattern-based photo-resist deposition and can also be configured to dispense UV-hardening photo-resist. A variety of dispense-formats can be used for either batch or continuous operation. All these components are integrated into an automated tool that provides fast and cost-efficient production of complex semiconductor devices. The asset is flexible, stable and reliable, and is supported by a library of over 2000 different recipes for different kinds of processes. This enables semiconductor manufacturers to create a wide array of devices consistently and quickly. Overall, CSH 8121D is a versatile and reliable photoresist model that is designed to provide superior accuracy and reliability in the manufacturing of advanced semiconductor devices. It is easy to use and can be configured to suit almost any application. As a result, it is an ideal choice for manufacturers looking for a reliable photoresist equipment.
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