Used KOMATSU / NTC T-8252B #9156573 for sale

KOMATSU / NTC T-8252B is a state-of-the-art crystal growing, sawing, and slicing equipment designed to provide precise, quick and clean cutting and slicing of a range of semiconductor materials. The system is capable of performing a variety of crystal growth and cutting operations with high automation. The unit is equipped with an easy to use, high-precision cutting blade unit which is capable of fine slicing and precision cutting through materials up to 2mm in thickness. Built-in features, including advanced image recognition and multilayer association technology allow the user to accurately track the cutting path of the blade, resulting in a much more precise cut. The machine is designed to provide crystal growing and sawing in highly controlled environments. Its integrated clean room chamber provides an environment free from dust and other contaminants and operates under sub zero temperatures. These environmental conditions enable the tool to produce much cleaner, flatter and more repeatable slices than conventional cutting and slicing techniques. The asset also has a high-precision, automated chuck model which is capable of managing various crystal orientation, weight, and size. Depending on the material and application, the chuck can rotate the crystal from 0 to 180 degrees with an accuracy rate of +/- 0.1 degree, ensuring accuracy and repeatability of the crystal orientation in all slicing operations. NTC T-8252B is also equipped with a special dimensional detector and crystal analysis equipment which can measure the dimensions, volume and temperature of the crystal. Additionally, the system also includes an integrated imaging unit which can be used to examine and analyze the crystal after cutting to ensure its quality and uniformity. KOMATSU T-8252B is a highly reliable and versatile machine ideal for producing high quality, clean and consistent slices and cuts of semiconductor materials. This tool is a great choice for those looking for a precision and cost-efficient slicing solution.