Used SEMIX / TOK TR8171D-H #293643657 for sale

SEMIX / TOK TR8171D-H
Manufacturer
SEMIX / TOK
Model
TR8171D-H
ID: 293643657
Vintage: 1990
SOG Coater 1990 vintage.
SEMIX / TOK TR8171D-H is a photoresist equipment featuring a wide range of capabilities to streamline the manufacturing process. It is a top-of-the-line system with a specifically designed user-friendly graphical user interface that gives the user complete control and provides full Automated Exposure Control (AEC) capabilities. The main purpose of the unit is to clean, coat, and stir a substrate with a single- or dual-layer photoresist material on a flat panel or substrate. It processes a range of substrates including dielectrics, metals, and semiconductor materials. It has been designed to have a wide range of functionalities that facilitate efficient processing and compatibility with different photoresist types. The machine is composed of an alignment table, industrial grade stepper motor, controller, and software. It has a compact design that maximizes space usage and provides a highly efficient tool for the coating process. The alignment table is responsible for the substrate positioning, allowing for an accurate coverage of the photoresist layer and preventing the accumulation of excess photoresist. The motors in the asset are fast, accurate and reliable, providing a precise movement of the substrate. The controls are programmable to provide accurate waveforms and optimum coating performance. To complete the process, the model is equipped with several photoresist discharging, standing wave canceling, and surface resistivity monitoring mechanisms. This makes the equipment suitable for high-resolution PCB manufacturing, providing the protective layer and optimum electrical resistance. TOK TR8171D-H is designed with the latest photoresist systems technologies and software advancements. It is a crucial part of any modern PCB plant, providing a robust and accurate solution to maximize production. This system is the ideal choice for any organization that requires an efficient and reliable photoresist unit.
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