Used DOALL 3613-0 #9021358 for sale

DOALL 3613-0 crystal growing, sawing, and slicing equipment is a powerful and versatile instrument for the fabrication and processing of crystals of various shapes and sizes. It combines the processes of temperature-controlled crystal growth, precision sawing, and slicing with advanced access controls and feedback monitoring into a single, comprehensive system. 3613-0 features a self-contained hermetically sealed growth chamber which can be operated under constant temperature and pressure conditions. The chamber is designed to facilitate uniform crystal growth with a minimized number of steps while enabling accurate and reproducible results. The chamber interior is also designed to reduce oxygen entering and escaping, enabling higher yields without oxidation. The sawing and slicing components of DOALL 3613-0 are designed for accurate and reproducible results. Its sawing mechanism is equipped with a tungsten carbide cutting saw blade and variable speed motor for cutting angles up to 45°. The slicing mechanism comes with a caliper that can be adjusted to accommodate the desired thickness of the slices and a slicing knife driven by a rotary motor with adjustable speed for accurate and repeatable slices. 3613-0 is designed with advanced access controls and feedback monitoring, which allow for more efficient operation and fewer errors. An onboard user interface provides easy, step-by-step control instructions. Built-in thermal protection monitors the temperature of the chamber during each step of the process. It also features a vacuum unit for purging the air in the growth chamber and an exhaust machine for controlling the pressure and atmosphere inside the chamber. DOALL 3613-0 also features an advanced safety feature that blocks any unauthorized access to the chamber. This ensures comprehensive safety and security during operation whilst minimizing operator errors. In conclusion, 3613-0 is an advanced and versatile crystal growth, sawing, and slicing tool for producing high-quality crystals. Its sophisticated features make it an ideal choice for a range of applications, including crystal research, teaching laboratories, and semiconductor fabrication.