Used ASM Eagle Aero #9378888 for sale

ASM Eagle Aero is an automated precision bonder for use in aerospace, automotive, medical and other high-reliability industries. This specialized device is designed to affordably bond optical, composite and hybrid materials, delivering accuracy and repeatability without the need for manual intervention. The bonder is capable of performing a range of bonding techniques, including laser welding, ultrasonic welding, spin welding, soldering and hot bar welding. The device offers precision with its three-axis robotic arm and patented servo-controlled alignment and fixturing technology. It also comes with a vision system that provides guidance for optimal performance and quality. Eagle Aero has various material handling options, including raw material staging and jigs. It also offers multiple process configuration options and safety features that protect operators and the environment. The bonder is compatible with materials such as teflon, polycarbonate, polyamide and polyphenylene and can process parts with dimensions up to 16" W x 12" H with a maximum cycle time of 4.5 seconds. ASM Eagle Aero comes with an integrated software suite that provides easy programming and a graphical user interface. It comes with a suite of advanced features such as real-time process data, statistical trend analysis and multiple recipe management. This allows for higher production yields and increased process stability. The bonder is highly reliable, with automatic self-diagnostic features that monitor the system and alert users if there are any problems. Eagle Aero also has a small footprint, making it suitable for limited workspace environments. In summary, ASM Eagle Aero is the perfect device for precision bonding of optical, composite and hybrid materials for high-reliability industries such as aerospace, automotive and medical. The equipment maximizes efficiency and accuracy and ensures process stability through advanced features and reliable self-diagnostic they that monitor the system. It also has a small footprint, making it ideal for limited workspace environments.