Used TAKATORI MWS 610SD #9311655 for sale

TAKATORI MWS 610SD is a revolutionary crystal growing, sawing, and slicing equipment designed for use in the research and development of semiconductor materials and devices. The system makes use of a computer-controlled stepper motor to precisely control the cutting action of the saw blade. The motor is coupled to a patented Diamond/Sapphire encoder to ensure that the saw blade is accurately driven at the exact speed necessary for the desired cut quality. The unit features an advanced crystal growth chamber, which is made up of two chambers; the first being a heated growth chamber and the second a chilled chamber. The chamber contains a specialized quartz crucible which is heated to a preset temperature in order to promote the growth of a desired crystal. Next, a desired saw blade is chosen and placed through the top of the growth chamber. The saw blade is driven at an exact speed via the stepper motor to make the necessary cuts. Once the desired cut is made, the crystal is released from the chamber and placed onto a cooled platform. The cooled platform offers an additional level of control by helping to counteract temperature fluctuations during the slicing process. Additionally, to improve the precision of the cut quality and durability of the slices, the machine incorporates a patented Auto-Dicing Mechanism. This device utilizes a pre-configured module that uses an array of spring-loaded pins which act as a surrogate for the slice-depth adjustment. This helps ensure that only the precise amount of force is applied to ensure a clean, straight cut. TAKATORI MWS-610SD is a highly advanced and efficient tool for growing, sawing, and slicing semiconductor materials and devices. The precise motor-controlled saw blade helps ensure the highest quality and accuracy of the cut while the additional temperature control and Auto-Dicing Mechanism adds an extra layer of adjustments to ensure optimal slicing results. The asset is most suitable for research and development in the field of semiconductor materials and devices, providing both accuracy and efficiency in the processing of semiconductor crystals.