Vacuum-Set-Universal

Efficient Vacuum Embedding and Impregnation with VACUUMSET-UNIVERSAL

Vacuum embedding is a crucial step in materialography, involving the embedding of samples in materials such as epoxy resin or acrylic resin to prepare them for microscopic examinations. The process of vacuum embedding plays a decisive role in achieving precise and high-quality results. For materialographers engaged in sample preparation, the VACUUMSET-UNIVERSAL is an indispensable tool. This compact and portable vacuum embedding and impregnation device are designed to facilitate and optimize embeddings and superficial impregnations of porous samples. The VACUUMSET-UNIVERSAL is equipped with a plastic housing and features an electric pump (220 V) that ensures reliable vacuum conditions. The heart of the device is the glass vacuum chamber with a diameter of 100 mm and a transparent acrylic glass lid. The vacuum chamber allows samples to be placed in a vacuum, essential for effective embedding and impregnation. The VACUUMSET-UNIVERSAL comes with 3 funnels, 100 inlet tubes, and 10 sealing plugs to meet the needs of materialographers and researchers. The funnels facilitate the targeted introduction of samples into the vacuum chamber, while the inlet tubes and sealing plugs enable precise control over the vacuum pressure and impregnation process. The application of VACUUMSET-UNIVERSAL is highly versatile. It is ideal for embedding samples in epoxy resin, a widely used medium in materialography. Moreover, it also allows for the superficial impregnation of porous samples to stabilize their structure and enhance the quality of microscopic examinations. The compact size and portability of VACUUMSET-UNIVERSAL make it a convenient companion in the laboratory, especially when dealing with samples of varying compositions and sizes. The electric pump ensures efficient and consistent vacuum buildup, ensuring consistent results. In summary, VACUUMSET-UNIVERSAL provides a reliable and user-friendly solution for vacuum embeddings and impregnations in materialography. With its precise control and versatile applicability, it is an essential tool for modern metallography and materials science.