Used LEICA REICHERT IPS #160863 for sale

LEICA REICHERT IPS is a lab equipment and accessory used for tissue processing and embedding. It is a versatile, reliable, and reliable instrument for automated processing of tissue samples for histological and genetical analysis. IPS consists of a touchscreen console and a processing chamber, both of which are controlled and operated through the console. It allows for fully automated tissue processing of paraffin and resin embedded specimens. The device offers user-selectable, patented X-tilt technology which provides precise and reliable specimen slicing on a single plane, even in hard and highly heterogeneous samples. LEICA REICHERT IPS has an advanced technology which provides efficient and non-destructive slicing using linear polymeric wax-embedded sections. The system is based on an automatic paraffin section as well as flat-polished resin/plastic sections. It also features easy-to-use touchscreen operation, precise and reliable specimen slicing, and a vacuum-negative pressure control system which prevents the specimen slices from sticking to the blade. IPS comes with a specially designed heat block which is equipped with IR-heating and bioceramic heating technology. The IR-heating is used to cut and harden soft embedded specimens, while the bioceramic heating ensures a constant temperature throughout the sample. The heat block also prevents overheating, reducing sample degradation. In addition, LEICA REICHERT IPS also offers automated and automatic embedding of samples. It has a specially designed embedder consisting of an automated wax bath which is designed to minimize the manual steps in the embedding process. The embedder also provides precise, accurate, and consistent embedding. It can hold up to 6 samples for fast processing and is suitable for all kinds of samples, from gelatin-embedded samples to paraffin-embedded samples. Overall, IPS is a reliable and efficient lab equipment and accessory for tissue processing and embedding. It offers a wide range of features and technologies which make it a valuable solution for a variety of applications. The enhanced precision and reliability of the system ensures that the quality of samples is maintained and the accurate results are provided. It is an ideal choice for researchers and laboratories seeking a reliable and efficient solution for tissue processing and embedding.