Used KAIJO RT-974T #9144089 for sale

KAIJO RT-974T is a specialized photoresist equipment that provides the highest level of precision and accuracy available for photolithography. This system is designed to integrate the lithography process of microcircuitry during production. The unique design of this unit greatly reduces the complexity, time, and cost associated with incorporating microcircuitry into a device. RT-974T utilizes a UV light source and photoresist to transfer a circuit pattern onto a substrate. This machine is capable of transferring patterns onto any kind of substrate material, such as glass, metals, plastics, and even silicon. The UV light source used by KAIJO RT-974T is matched to the chemical makeup of the photoresist material in order to ensure optimum transfer of the pattern. This high precision illumination ensures clear, sharp, and accurate transfer of the patterns onto the substrate. RT-974T's exposure tool also features a precision stage with built-in process monitors. This asset uses a high-resolution optical monitor to ensure accuracy throughout the exposure process. Additionally, the exposure model can be calibrated with the substrate's materials to ensure that the photoresist will be able to form a strong, durable bond with the intended substrate material. KAIJO RT-974T is designed with utmost attention to efficiency and productivity in mind. The special design of the equipment enables exposure times as low as 1 millisecond and resolution as high as 150 nanometers. This system is also designed to reduce waste, reduce sputter time, and reduce particle generation. RT-974T's high efficiency and accuracy ensure that the results of the lithography process will be consistently of the highest quality. KAIJO RT-974T is truly one of the best photoresist systems currently available. Its unique design and precision enable it to provide highly efficient and accurate transfer of circuit patterns onto many different substrate materials. This unit is ideal for any operation performing photolithography on a regular basis.