Used ASM iHawk Xtreme #9400892 for sale

ASM iHawk Xtreme is a high-efficiency, ultra-precise 3-zone binder for high volume manufacturing environments. It features an innovative design with three independent heat zones, each with specialized capabilities for maximum efficiency. ASM IHAWK-XTREME comes equipped with an advanced PID control equipment for accuracy and reproducibility that allows for complex part shapes and performance. The system is capable of achieving target temperatures within ±1% accuracy, making it ideal for many high-growth markets. I HAWK XTREME comes with a Flex-Tool carrier unit for automatic exchange of tools and features an automated hot-gas nitrogen generator for purging of the heating chamber. This machine is equipped with high-performance heater technology with built-in self-tuning PID control to maintain target temperatures even when the cyclic load changes. Its true closed loop feedback machine accurately compensates for material-dependent heating and cooling times. IHAWK-XTREME is designed with a convenient data logger that checks process parameters and monitors the machine's performance. Its hot-gas blower for nitrogen is able to generate its own nitrogen, eliminating the need for an external gas source. The user-friendly touchscreen display simplifies the setup and control of the tool, making it easier to program, modify, and monitor its performance. The binder comes with a range of safety features including over-temperature protection and emergency stop buttons. Its transport asset is designed to ensure the safe transport of parts to the heating area and maintain their process integrity. Finally, ASM I HAWK XTREME is designed with an integrated protection model to ensure the equipment's stability and maintain its long-term performance. IHawk Xtreme binder is an efficient machine built with advanced technologies to ensure high-precision industrial manufacturing operations. With its advanced PID control system and efficient hot-gas blower for nitrogen, ASM iHawk Xtreme is perfect for the complexities associated with high-volume manufacturing.