Used FSI / TEL / TOKYO ELECTRON 915597-005 #293700892 for sale

FSI / TEL / TOKYO ELECTRON 915597-005 equipment is a photoresist processing system designed for the advanced lithographic patterning processes. Components of the unit include a spin processor, an imaging chamber, and a photoresist delivery machine. The spin processor is responsible for evenly coating the substrate with a photoresist material. The spin processor utilizes direct drive technology, allowing precise control of the speed of the processor. The spin processor also dispenses the amount of photoresist material that is needed for the substrate, and can be adjusted for different process applications. The imaging chamber is responsible for providing a controlled environment for the exposure of the substrate to light. This chamber is equipped with a motion control tool which fine-tunes the stage movement for image resolution. The chamber also has a built-in flash light source to illuminate the substrate. The photoresist delivery asset is responsible for providing a consistent supply of photoresist material to the spin processor. This model has a equipment of filters to purify the photoresist material and to prevent contamination. FSI 915597-005 system is designed to provide highly precise photoresist deposition processes. By utilizing its direct drive technology and motion control unit, it can provide coverage of substrates that has low process variation. This machine is also able to reduce line-size variation caused by nonuniform layer thickness. Additionally, the flash light source can provide even illumination of the substrates for higher resolution. Overall, TEL 915597-005 tool is an advanced photoresist processing asset that provides highly precise photoresist deposition processes. The spin processor, imaging chamber, and photoresist delivery model of this equipment work together to provide accurate and consistent substrate coverage. This system is capable of reducing line-size variation, and is able to provide even exposure of substrates for higher resolution.