Used MEYER BURGER DS 265 #293806616 for sale

MEYER BURGER DS 265 is a high-end, automated equipment for crystal growing, sawing, and slicing, that's ideal for research and development in the fields of crystallography and optoelectronics. The system is equipped with a five-axis housing that can accommodate multiple pieces of optical equipment, such as a camera and several microcopes. This, in turn, allows for precise control of each stage of the crystal growth, sawing, and slicing processes. The unit is also equipped with a powerful laser that can be used for both growing and slicing the crystals, giving the user the utmost control over the shape and size of the final product. The software that controls MEYER BURGER DS-265 also allows for a wide range of customization options, so the user can easily adjust the parameters to best suit their needs. The crystal growth process starts with the users depositing a sample of material into the growth chamber. The machine then coats the sample in an oxygen-free salt-water solution, which ensures even crystal growth. During the growth process, the user can use the camera to observe the development of the crystal. Once the crystal is large enough, it can then be transferred to the sawing station. The sawing station uses a high-precision diamond disc to saw the crystal into smaller pieces. This can be done with incredible accuracy, ensuring that the pieces are the same size, shape, and angle. The sawed pieces are then transferred to the slicing station, where the powerful laser is used to slice the crystal using a technique called optics machining. The laser can slice from different angles, ensuring that pieces of the same size, shape and angle are obtained. Once the slicing is complete, the parts can be inspected with the camera to make sure they adhere to the exact specifications set by the user. Finally, the parts are transferred to the packaging station, where they are packaged in boxes and ready to be shipped to the customer. DS 265 is an invaluable tool for crystal cloning and optoelectronic manufacturing, as it offers precise control and accuracy throughout the entire process. It is particularly useful for processing small, delicate components, due to its high precision capabilities. With so many features and capabilities, DS-265 makes crystal growing and slicing simple and efficient.