Used HERBERT ARNOLD 72/862.13 #9199442 for sale
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ID: 9199442
Vintage: 2011
Surface grinding machine
Quartz glass
Silicon glass
2011 vintage.
HERBERT ARNOLD 72/862.13 crystal growing, sawing & slicing equipment is designed for the efficient growing, sawing and slicing of high purity single-crystal samples. It is capable of producing the highest quality single-crystal samples in research laboratory applications. HERBERT ARNOLD 72/862.13 crystal growing, sawing & slicing system consists of two chambers. The first chamber is dedicated to the growth of single-crystal samples from solution using the hydrothermal method. The second chamber is used for the sawing and slicing of the single-crystal samples. The unit is equipped with a gas-filled bottle on the lower side of the chamber that allows for precisely controlled hydrothermal growth conditions. It is also equipped with a high-resolution imaging machine that allows for the precise positioning of the single-crystal sample before sawing and slicing. The sawing and slicing process of the single-crystal samples takes place in the second chamber of HERBERT ARNOLD 72/862.13 tool. Here a sawing station and slicing station have been combined into one station to produce cut samples that are of the highest precision. A diamond-impregnated saw is used to precisely cut through the single-crystal sample while a slicing unit is employed to produce highly accurate slices for further analysis. HERBERT ARNOLD 72/862.13 crystal growing, sawing & slicing asset also includes an automated data-logging interface that allows for easy and precise data acquisition of each step of the crystal-growing, sawing and slicing process. This interface also enables visualisation and post-processing capabilities that can help optimise results. In conclusion, HERBERT ARNOLD 72/862.13 crystal growing, sawing & slicing model is a highly efficient and precise equipment for growing, sawing and slicing single-crystal samples. Its sophisticated design and automated features make it an excellent choice for research laboratories looking for high-quality single-crystal samples.
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