Used SVG 86 Series #160461 for sale

SVG 86 Series is a photoresist equipment manufactured by Specialty Photoresists, Inc. 86 Series of photoresists are high-performance polymers designed to offer superior film properties such as good adhesion, high resolution and excellent chemical resistance. SVG 86 Series utilizes a unique combination of polymers and photoinitiators to enable high quality thin-film deposition and patterning. 86 Series is a spin-on solution-based photoresist system providing strong and clear resolution for microelectronic applications. SVG 86 Series is comprised of three different base polymers that allow for variation of the film properties, allowing for tailoring of the film for specific application needs. 86 Series also offers tailoring through various photoinitiators used within the resist formulation, as well as various additives for specific application needs. The exact composition of SVG 86 Series varies depending on the type of base polymer and photoinitiator used. Depending on the selected photoinitiator, photoresists from 86 Series require exposure times ranging from a few seconds to several minutes, with the best performance in the 10 second to 1 minute range. SVG 86 Series is compatible with automated photolithography systems, as well as with traditional manual exposure techniques. 86 Series photoresist line covers a very broad spectrum of substrate surfaces and film thicknesses, with thicknesses ranging from 10 nm to thick films with a thickness up to several um, depending on the resist formulation. SVG 86 Series is extremely versatile and can be used for surfaces such as glass, plastic, metal and quartz, depending on the resist formulation. In conclusion, 86 Series is a high-performance photoresist unit offering excellent resolution, high adhesion, good chemical resistance and thin-film deposition. As a spin-on solution-based photoresist machine, it is compatible with automated photolithography and manual exposure systems, and can be tailored for specific applications by adjusting the polymer/photoinitiator amounts as well as various additives.