Used SAKURA Tissue-Tek Glas G2 6500 #9250334 for sale

SAKURA Tissue-Tek Glas G2 6500 is an advanced laboratory equipment and accessory that provides powerful and programmable microtomy. The unit is designed to be used in tissue processing, paraffin embedding and cryostat sectioning applications and features a high-precision diamond saw blade capable of making exact parallel sections. This powerful and reliable laboratory apparatus provides a maximum sectioning capacity of 0.6mm up to 40mm thick blocks. It also includes 6 microtome passage levels, which can be adjusted for different partition depths. In addition, the device is equipped with a motorized illumination system that can vary its intensity across the cutting plane for perfect sectioning. The unit also offers variable specimen clamp speed and pressure for optimal specimen loading, as well as adjustable specimen temperature support from 0°C to 68°C for gentler sectioning of delicate samples. Tissue-Tek Glas G2 6500 features a powerful console with ergonomic control panel that allows easy navigation through machine menus. The machine also has an intuitive user interface with a large display monitor offering real-time operation status information. The device offers both manual and programmable mode, enabling users to set up various cutting programs to suit their specific needs. A 3D image projection device is also included, providing users with a real-time 3D image of the cutting process. SAKURA Tissue-Tek Glas G2 6500 offers a high-quality construction, providing increased durability and reliability. It is made from synthetic material, which is resistant to corrosion and chemical substances, and also has strong and durable drive components. The device comes with a one-year warranty, ensuring peace of mind for the user, and requires regular maintenance to operate reliably. In conclusion, Tissue-Tek Glas G2 6500 is a versatile and reliable laboratory equipment and accessory that provides powerful, programmable microtomy with a variety of cutting and control settings. Its robust design and accurate performance make it an ideal choice for tissue processing, paraffin embedding and cryostat sectioning applications.