Used EVATEC Solaris S380 #9390765 for sale

EVATEC Solaris S380 is an advanced photoresist coating equipment designed for sophisticated control and precision deposition of photoresist materials. The S380 combines high availability with low cost of ownership and excellent control features. The S380 system is based on a modular design, made up of a base unit with optional peripheral modules, allowing users to configure a unit to meet their precise requirements. The S380 machine is capable of depositing up to five layers of photoresist materials, with each layer having independent control and process conditions. The tool offers a choice of deposition techniques, including spin coating, spray coating, and pneumatic shear coating. The S380 is designed for repeatability and can guarantee repeatability of photoresist characteristics over a wide variety of substrates and multiple layer stacks. The S380 comes with several standard features, including an ergonomic touchscreen user interface, low maintanace electronics, advanced process automation, and automatic substrate size detection. An innovative "intelligent" control asset ensures consistent performance regardless of changes to process conditions or substrates. Fault diagnostics and prognostics ensure maximum uptime and low cost of ownership. The S380 also provides a range of options to permit integration into other production systems, or complete closed-loop process control. Options for remote communication systems, part tracking, machine vision, laser interferometer, and spray pattern analysis are available to allow for superior monitoring of production and process capability. In sum, Solaris S380 is an advanced and reliable photoresist coating model that offers superior measurement and control capabilities for precise deposition applications. The equipment offers a wide range of features, including process automation, performance optimization, upgradable systems, remote monitoring, and automatic substrate size detection. With these features, users can easily process repeatable photoresist layers regardless of changes to process conditions or substrates, making it a highly cost-effective and reliable system.