Used ASM iHawk #9195831 for sale

ASM iHawk is an advanced thermal bonding machine designed for automated production of inboard assemblies. The equipment integrates a heated tooling platform with four independent axes of motion and an automated material handling system, allowing users to rapidly assemble a variety of high-quality products. The innovative design of ASM I HAWK results in significantly increased throughput, lower energy costs, and greater design flexibility. At the heart of iHawk is an adjustable coordinated drive unit. With four axes of motion (X, Y, R, and H) the machine can continuously adjust tooling position and speed based on the actual fabrication requirements. This allows operators to quickly and accurately bond a variety of product types, from small components and rigid parts to large, flexible assemblies. Additionally, I HAWK can precisely control the temperature of the heated tooling platform via individual PID temperature control, ensuring accurate and consistent thermal bonding results. For further enhanced production efficiency, ASM iHawk is equipped with a fully automated material handling tool. This integrated asset is designed to reduce both material handling time as well as manual labor, allowing users to produce large volumes with minimal effort. The model automatically retrieves product from external feeders or storage bins, then indexes each component into the proper assembly position. As the assembly progresses, components will be automatically gated and removed from the tooling platform, allowing for quick and efficient material handling. ASM I HAWK bonder is one of the most advanced thermal bonding machines on the market today. With its dynamic coordination equipment, automated material handling and highly adjustable parameters, the system offers flexibility, accuracy and productivity gains that can help manufacturers quickly produce high-quality parts. Additionally, with its robust design and intuitive user interface, iHawk can easily integrate with existing production lines.