Used WESTBOND 747677B #9238981 for sale

WESTBOND 747677B is a state-of-the-art bonder designed for advanced optimization of heating and cooling cycles in automated production processes. It features a built-in process controller and a powerful heating element. The unit's proprietary temperature probe ensures precise temperature control for increased productivity and product consistency. The device is ideal for applications that involve testing and bonding various materials and components. 747677B is equipped with an extremely efficient controller that provides precise temperature changes during the bonding cycle. The temperature range of the bonder is adjustable from 70°C to 700°C, allowing for optimal settings depending on the material and application being undertaken. Moreover, the device is capable of storing up to 99 heating and cooling programs, making it ideal for users who need to quickly switch between tasks. The device's main housing is made of stainless steel, making it resistant to wear and tear in harsh environments. The external surface of the unit is ruggedized, meaning it is designed to resist shocks and impacts. WESTBOND 747677B features a maintenance free, no-drip system that ensures consistent results in hazardous environments. Additionally, the unit can be wall-mounted or mounted on a lab workstation. 747677B is also equipped with an intuitive user interface that allows the user to program the device to the desired settings. The user-friendly graphic display makes the setup and monitoring of production processes quick and easy. In addition, the optional PC-based control system features advanced diagnostic and data storage capabilities that allow the user to monitor the device's performance. Overall, WESTBOND 747677B is an ideal tool for high-volume production processes. Its efficient controller and temperature control, user-friendly interface, and ruggedized design make it suitable for the most demanding industry settings. Its versatility, reliability, and durability make it a perfect choice for the most demanding applications.