Used ASM iHawk #9187701 for sale

ASM iHawk is a dynamic bonding system designed to meet the exacting demands of aerospace component assembly. It combines high levels of accuracy, repeatability, and reliability in a single package. The system uses the patented ASM Bonding Process, which allows for the bonding of a wide variety of materials including metals, plastics, and composites. This patented process not only ensures exceptional tolerance and joint strength, but also eliminates the need for primer or additional adhesives. ASM I HAWK utilizes the combination of a scanning head and optional heating station to precisely detect component orientation and allow for precise positioning. This helps to reduce installation time while providing improved repeatability and precision. The optional heating station heats the bonding surface of both parts prior to assembly, resulting in a strong and permanent bond. IHawk uses a highly precise laser scanner to detect the position of adjacent components, which is then processed through a sophisticated computer program. This allows I HAWK to compute and execute the exact bond position in one simple step. This ultimately leads to higher accuracy and repeatability of component installation. In addition to its efficient operation, ASM iHawk is extremely compact, allowing it to be used in low-profile facilities, or even in mobile carts. Its rugged steel frame is also designed to withstand frequent usage and transport. No additional mechanisms are required such as an external clamping device. This feature combined with the use of vibration-insulated gravity clamps, allows ASM I HAWK to bond components of any size and shape. IHawk is designed to maximize productivity, improve safety, and enhance precision when assembling components for aerospace applications. Its innovative features, precision laser scanning technology, and fully automated processes make it an ideal solution for all types of aerospace assembly. To further improve the safety and accuracy of component bonding, I HAWK is available with multiple parameters that can be adjusted to meet specific assembly requirements.