Used TEL / TOKYO ELECTRON TE 480 HG #9276697 for sale

TEL / TOKYO ELECTRON TE 480 HG is a high performance etcher/asher specifically designed to process electronic semiconductor wafers. This lithography equipment offers precise, controlled deposition of thin layers onto wafer surfaces with the utmost precision for superior results. TEL TE 480 HG utilizes a second-generation Pocket Mask Writing (PMW) technique, combining two separate technologies - optical imaging and scanless photolithography. This combination allows the user to rapidly complete mask exposure with fewer repeats, achieving higher accuracy than traditional systems. In addition, the PMW technique gives the user the flexibility to make use of various lithography exposure recipes. TOKYO ELECTRON TE 480 HG has a highly efficient system configuration which results in a dramatic increase in productivity over conventional systems. It utilizes a high resolution, highly precise, and low noise digital control servo motor to move the wafer chuck accurately and quickly. This reduces wobble and reduces wear on all parts of the unit. Combined with the overall high throughput operation time, it has become one of the most reliable etching systems on the market. TE 480 HG also utilizes a proprietary dielectric deposition technique, which ensures even and consistent thin film deposition over the entire wafer surface. This dielectric deposition technique also results in improved yields and lower costs, since the deposition is uniform and accurate. The machine is equipped with a variety of features to provide the user with the highest degree of control over all etching parameters. It has precise real-time monitoring capability, as well as a Graphical User Interface (GUI) for easy configuration and setup. The tool can also be equipped with a variety of interlocks and monitored by a human machine interface (HMI) to ensure safe and error-free operation. TEL / TOKYO ELECTRON TE 480 HG is an effective etching asset for advanced wafer-level processing. It offers superior accuracy, high throughput, and cost savings to enable advanced devices, as well as providing a safe and reliable environment with its excellent feature set.