Used TOWA UMS-AT #9364839 for sale

TOWA UMS-AT (Universal Modular Equipment with Anti-static Treatment) is a state-of-the-art packaging system designed specifically for handling electronic components and products with higher levels of susceptibility to ESD (electrostatic discharge). The modular construction ensures high-level flexibility and adaptability, while the specialized anti-static treatment limits the risk of ESD damage during transit and handling. UMS-AT packaging unit consists of several components, including a variety of sizes and shapes of molded foam inserts to securely hold products, adjustable foam inlays, and sturdy corrugated plastic cases perfect for many types of products. As its name suggests, all of the components are manufactured using anti-static resins, eliminating the need for additional antistatic treatment. One of the most unique characteristics of TOWA UMS-AT is the adjustable foam inlays. These inlays can be cut and reshaped in order to perfectly match the size and shape of the product being shipped. They come in a variety of densities to suit a variety of needs, ranging from lightweight components to heavy-duty products. The foam inlays can also be stacked to create customizable levels of protection. In addition to adjustable foam inlays, UMS-AT also includes sturdy corrugated plastic cases with anti-static treatment. These cases offer great protection for products being shipped, and are designed to withstand the harsh conditions of shipping and handling. Thanks to the adjustable cubing machine, the case can be easily resized to accommodate items of different shapes and sizes. This reduces the need for additional packaging material, helping to save time and cost. The anti-static resins and treatments used in the construction of TOWA UMS-AT aids in eliminating electrostatic events that could damage products or components. This not only heightens the safety of handling, but also reduces the risk of products being damaged in transit or while in handling. All of these features make UMS-AT an ideal choice for applications requiring minimal risk of ESD damage.