Used SAW INCARNATION SI-S12 #9357845 for sale

SAW Incarnated Equipment by SAW INCARNATION SI-S12 is a state-of-the-art photoresist system designed for optimal performance and precision during micro-manufacturing processes. This unit provides a reliable method for highly intricate and accurate patterning during chemical-mechanical planarization, as well as filing and etching operations. This machine utilizes a specialized, patented Sawtooth pattern to create a precise, uniform surface. With the Sawtooth pattern, precise alignment of material layers can be achieved. The Sawtooth pattern also provides improved film thickness control, as well as a more consistent profile. This innovative pattern removes any of the layer-to-layer micro-variations that can occur during complex processes. Because of the broad range of high precision, precision-engineered photoresist components available, SI-S12 can be tailored to almost any application. For example, the tool can be used for planarization, etching, and filling, and is available with different combinations of components. The use of photoresist allows for the creation of intricate designs, and is especially useful in the fabrication of MEMs devices. SAW INCARNATION SI-S12 also provides a simple user interface, making it suitable for beginners and experts alike. The asset has been designed to provide maximum flexibility, and is capable of performing high-precision machining, with repeatable results. Through the use of quick-change technology, fast setup times are achievable. The model also exhibits excellent durability, and is capable of withstanding machining use in extreme environments. The Sawtooth pattern is designed to last, and is made from extremely hard materials. Furthermore, the photoresist is designed to limit any static electricity problems that may occur during machining. Overall, the SAW Incarnated Equipment SI-S12 is an excellent tool for micro-manufacturing operations. Its advanced technology, superior flexibility and adaptability, as well as its reliability, make it an ideal choice for high-precision applications.