Used DOALL 36-2A #9354574 for sale

DOALL 36-2A Crystal Growing, Sawing & Slicing System is an integrated device that is used to grow and prepare single-crystal X-Ray diffraction samples for use in laboratory experimentation. This system contains a Dual Chamber Bridgman Vacuum Furnace that can be used for temperature-controlled crystal growth, as well as a Variable Speed Diamond Saw for the precise cutting of samples from the grown crystal, and a Precision Slicer that can slice samples into ultra-thin sections for viewing under a microscope. The Dual Chamber Bridgman Vacuum Furnace is used for the annealing, melting, and growth of single crystals. It offers excellent control of both temperature and environment, which can be varied to suit a variety of materials. The furnace operates at temperatures up to 2,000°C and is capable of pulling a vacuum of up to 10-3 torr. A unique feature of this unit is the dual chamber design, which allows for the simultaneous annealing of two different samples. This allows for accelerated experimentation with different materials. The Variable Speed Diamond Saw is used for precisely and accurately cutting samples for X-Ray diffraction testing. This saw utilizes a microprocessor to adjust precise settings for each sample, such as speed and angle of cut, and it can cut samples from 0.5 to 12.7 mm in diameter. The cutting head is equipped with a powerful vacuum attachment, to minimize dust and debris from entering the workspace. It is also very quiet and capable of powering through materials without generating too much noise pollution. Finally, the Precision Slicer is used to cut extremely thin slices of single-crystal samples for examination under a microscope. It provides the ability to precisely cut samples to an accuracy of 0.12 mm, at speeds up to 300 rpm. This tool is essential for obtaining the highest quality images for analysis by scientists. 36-2A Crystal Growing, Sawing & Slicing System is an invaluable tool for the production of single-crystal samples for X-Ray diffraction testing and other laboratory applications. It offers a combination of reliable temperature control, precise cutting, and ultra-thin slicing capabilities that make it an excellent choice for the preparation of high-quality X-Ray diffraction samples.