Used SAUNDERS 5400D #9066391 for sale

SAUNDERS 5400D photoresist equipment is a state of the art wet chemical wet etch system designed specifically for the microelectronics and PCB (Printed Circuit Board) industries. This unit utilizes a strong reactive photoresist solution that acts on the surface of the board, creating selective etching and patterning effects. 5400D machine is widely used for a variety of applications, including PCB prototyping, microcircuit manufacturing, and high precision etching. The tool utilizes a combination of a photoresist solution and light exposure to apply patterns and shapes to a given board. The light exposure specifically activates the photoresist solution that allows for specific etching patterns and shapes to be created. SAUNDERS 5400D asset utilizes a two-step light exposure and etching process. First, the desired pattern is printed onto a plastic film. The plastic film is then applied onto the board. Then, the board is exposed to ultraviolet (UV) light for a specific duration in order to activate the photoresist. Finally, the board is etched with a strong acid solution, exposing the desired patterns or shapes onto the board. 5400D model offers an extremely precise etching of patterns and shapes with a high degree of repeatability. The equipment has an adjustable UV light exposure which allows etching of very fine structures and shapes, down to human hair thicknesses. The system is also highly efficient with a relatively short process cycle time due to its frequency control feature. In addition to etching, theSAUNDERS SAUNDERS 5400D unit can also be used for a variety of other applications, including PCB imaging, defect detection, and conductive layer imaging. Moreover, the machine is designed with a small footprint, which saves space and is more cost-effective than bulkier wet etching systems. Overall, 5400D photoresist tool is an advanced wet chemical wet etching asset designed specifically for the microelectronics and PCB industries. The model offers a high degree of precision, repeatability, and efficiency, making it a great choice for a wide variety of applications.