Used SVG 8600 Series #9033563 for sale

SVG 8600 Series is a revolutionary photoresist equipment designed to offer a new level of performance and efficiency for these highly sensitive and complex processes. This system provides an advanced range of features and capabilities to meet the needs of today's ever-changing photoresist industry. SVG 8600 is a high-tech unit which combines the latest in innovative hardware design, software control, and safety protocols to provide an optimal photoresist process. This machine enables the highest level of repeatable accuracy and precision, with a low environmental footprint and high efficiency output. This tool uses a High Resolution Air Bearing Cylinder (HRAC) for optimal control and accuracy. This asset incorporates a unique dot-plotting algorithm which provides improved uniformity and feature size selection. Additionally, this model has a fully integrated safety management equipment designed to protect users from any potential dangers that may arise. The photoresist system utilizes a Multiple Exposure (ME) technology which provides higher resolution images and greater throughput. It is designed with an array of optics to produce high fidelity images with very low mismatch values. It also has a High Resolution Differential Displacement Sensor (HRDDS) for exact positioning of the photoresist layer. Additionally, SVG 8600 unit provides a wide range of additional features such as temperature control, power control, rapid access positioning, and laser control. It also comes with an easy to use display which can be used to configure the entire machine. The software provides automated quality control with warnings if required parameters are not met, as well as offline programming. This photoresist tool has been used by photomask manufacturers, PCB fabricators, semiconductor manufacturers, medical device makers and other industrial manufacturing organizations to achieve improved accuracy and process efficiencies. SVG 8600 Asset is designed to help businesses achieve the highest quality control and near-perfect results, while decreasing time consumption and has proven itself to be a valuable asset to the photoresist industry.