Used OXFORD Plasmalab 100 #293757023 for sale

OXFORD Plasmalab 100 is an inductively coupled plasma etch equipment designed for optimal control and precision in a wide range of applications. This etch system utilizes a combination of etching parameters such as power, pressure, and gas flow to achieve the best etching results. The plasma etch unit is equipped with a low volume, modular based design capable of handling large substrate configurations. Plasmalab 100 allows for the direct coupling of new parameters, as well as the upgradability of its components such as bias, power, and pressure, in order to keep current with ever-evolving etching techniques. The high-throughput OXFORD Plasmalab 100 achieves the highest precision etching due to its state-of-the-art design and features. The etch machine is composed of high-performance components such as a matchbox style power module, gas flow control unit, as well as a plasma chamber volume of 130cm cubed allowing for large, efficient substrate etching capabilities. Furthermore, the etch tool is equipped with flexible gas delivery configurations allowing for a variety of etching and cleaning experiments. This flexibility provides a high degree of process versatility and control, making it the ideal etch asset for many research and industrial applications. Plasmalab 100 also features an advanced user interface which allows for easy setup and operation. Its intuitive software and user-friendly graphical display enable the adjustment of parameters quickly and accurately with minimal training. In addition, the etch model's interactive LED display and LED colours provide visual feedback on process parameters, enabling users to easily identify and troubleshoot any issues. In short, OXFORD Plasmalab 100 is an advanced etch equipment that is capable of achieving high-precision etching and cleaning results due to its versatile design and advanced user interface. Its modular-based design and upgradable components make it the ideal tool for multiple etching and cleaning applications, from research laboratories to production facilities.