Used SONICOR CLDR-70ZFX #148990 for sale

SONICOR CLDR-70ZFX is a field-programmable, automated wafer processing equipment designed for both single and multi-wafer processing of a variety of materials. It is designed to provide accurate and repeatable processing with minimal human oversight and is capable of both standard and custom wafer processing applications. The primary components of the system include several chambers for gaseous handling, a vacuum chamber and a series of robotic arms. The gaseous handling chambers are where a variety of gases and liquids are mixed and used in depositing a thin film, or plating, onto the wafers. The vacuum chamber is used to create a vacuum in order to maintain a clean, particle-free environment. The series of robotic arms are used to move the wafers between the various chambers and to accurately place them onto the substrate. Each wafer is placed in a specialized platen during the processing, which protects the substrate during the process. The platen is also used to regulate temperature and pressure during the process. In addition to the automated components, this unit also features an ergonomically designed control panel with an intuitive user interface. Through this control panel, users are able to control process parameters and monitor the patterning process in real-time. CLDR-70ZFX is capable of achieving sub-micron resolution with resolutions as low as 0.1 microns, enabling accurate and consistent production of patterned wafers. This precision allows for finer structures, higher yields and improved device performance. SONICOR CLDR-70ZFX is also designed with safety features in mind. The machine is built with redundant safety mechanisms, such as backup power supplies and fault detection systems, to ensure the safety of operators and prevent any damage to the equipment. CLDR-70ZFX automated wafer processing tool is a versatile and reliable solution for those seeking a reliable, automated wafer processing asset. This model provides reliable and repeatable thin-film deposition and patterning with submicron resolution, allowing for accurate and consistent production of patterned wafers with minimal human oversight.