Used TEL / TOKYO ELECTRON Mark V8 #293643487 for sale

TEL / TOKYO ELECTRON Mark V8 photoresist equipment is a state-of-the-art lithography system designed by TEL. This unit is designed and manufactured to be used in semiconductor fabrication processes on silicon wafers. The machine utilizes a proprietary automated process control software which provides users with a wide range of functions as well as close monitoring of process parameters. This is aided by built-in data loggers which can be accessed remotely. This allows users to check quality and ensure process consistency from wafer to wafer. The tool utilizes a state-of-the-art 200mm camera asset, providing a large imaging field of up to 16 inches. This camera takes extremely high-resolution photos of each exposed wafer for detailed inspection of the exposed areas. The model also incorporates an integrated laser measurement equipment which can take measurements before, during and after the lithographic process. TEL Mark V8 supports a number of different photoresist materials, including DUV photoresists, I-Line photoresists, and 248 nm deep ultraviolet (DUV) photoresists. These materials are applied to the wafers using a high-accuracy automated dispense system. Once the desired material has been applied, the unit can be configured to execute a variety of different lithography processes, including contact and projection printing, soft and hard bake, and post-exposure bake. Additionally, the machine is designed to provide excellent air environment control, decrease particle contamination, and provide an ultralow vibration environment. This is achieved using a high-end air filter tool and an advanced vacuum control asset. This model requires a well-equipped facility and knowledgeable staff to operate properly, but it is designed to reduce time and labor by automating routine functions. The equipment can process up to 200 wafers per hour, allowing for high-volume applications. TOKYO ELECTRON Mark V8 is a powerful and versatile photoresist system, providing features and functionality necessary for the high-volume production of circuit boards and microelectronic components.