Used VWR 97025-630 #9082615 for sale

VWR 97025-630 is a standard grade laboratory grade support stand with a two-pronged design. This stand is designed to firmly and securely hold and display various laboratory materials and instruments. The frame of the stand is made entirely of stainless steel, providing a strong, robust and non-corrosive support structure. It is also fitted with rubber feet on each of its retractable legs, which ensure that the stand is kept stable and level while in use. 97025-630 features a molded plastic platform which offers a firm and non-slip surface for holding a variety of laboratory materials and instruments. The platform is designed to be removable and adjustable in height to accommodate samples of varying sizes. Additionally, the distinct two-pronged design offers a versatile and robust way of securely displaying small and large items alike. The two-pronged design of the stand also supplies a high level of adjustability, allowing technicians to manipulate the stand to fit anywhere in the laboratory environment. This allows for precise positioning and placement of the stand in order to provide maximum support and stability. Furthermore, the stand's platform is adjustable in both vertical and horizontal directions to provide a set up that is tailored to the exact requirements of any individual workflow. Furthermore, the base of the stand is adjustable in both height and tilt, providing a more stable and secure base than a fixed support structure. This product also comes with thumb screws, which lock the platform into place when it is secured and ensure that it will not slip or move during usage. VWR 97025-630 is a reliable and secure laboratory stand which offers a high level of versatility and adjustability. Its stainless steel frame ensures strength, robustness and corrosion-resistance, while its non-slip platform and adjustable legs support and secure a range of laboratory materials and instruments. Additionally, the adjustable base and tilt angle of the product guarantee secure placement and adherence in even the most confined laboratory spaces.