Used ASM AB 380 #293654984 for sale

ASM AB 380 is an advanced fluidized bed bonder specifically designed for thermobonding processes. This machine can be used to bond various materials, including plastics, elastomers, fabrics, foams and non-wovens. AB 380 features a narrow process window and electronic control of all functions, allowing for repeatable and reproducible results. ASM AB 380 is composed of a heavy duty steel frame and insulated stainless steel chamber for optimal production efficiency. The chamber walls are also constructed of stainless steel, ensuring high surface quality and ensuring heat is evenly and efficiently distributed throughout the chamber. Inside the chamber, a unique fluidized bed component provides uniform support and accurate positioning of the material to be bonded, while a PLC and graphical user interface allow for easy manipulation of parameters and process control. AB 380 has an 8.2" x 15" bonding surface, a wide range of adjustable height settings, and an adjustable hot air supply system. It also includes an adjustable carrier board to allow for accurate speed and position calibration and to provide even heat transfer. Additionally, ASM AB 380's vacuum system ensures that all parts of the material to be bonded are firmly held against the carrier board for uniform end product quality. AB 380 provides superior temperature stability and control, enabling higher production throughput and component quality with the help of its integrated electronic PID temperature control. In addition, ASM AB 380 is designed for safe and easy operation with a central dismantling point and a comprehensive set of standard safety features. Furthermore, an optional side opening feature allows for simplified material changeover and reduced downtime. Overall, AB 380 is a reliable and robust thermobonding system that is capable of reliably and uniformly producing high-quality components. Its easy-to-use interface, superior temperature control and stacking capacity make it ideal for many industrial applications.