Used ASM iHawk #9198874 for sale

ASM iHawk is an ultrasonic bonder, created by the American advanced bonding solutions provider ASM. This compact, ergonomically designed bonder is designed for greater accuracy and improved performance when increasing throughput across a variety of manufacturing sectors. ASM I HAWK is powered by a semi-conductor generator and a special loop-to-loop precision laser guidance system to ensure accurate positioning of elements to be welded. IHawk offers numerous features and benefits that enable it to outperform other traditional bonding solutions. I HAWK delivers a high-performance mechanical precision through its lightweight and robust construction, providing high accuracy welds and secure bonding of different materials such as TPU (thermoplastic polyurethane). It has a low-variable operating temperature from 50°C to 200°C and lower space requirements ensured by the compact design. ASM iHawk bonder comes with multiple accessories to fit the various needs of the customer, including a power supply, foot pedal, ultrasonic detergent, and the C3-A-DO tool kit. This allows users to customize their capabilities according to their individual needs. ASM I HAWK also offers simplified programming and operation, ensuring efficient process control, and it has been designed to facilitate easy installation and maintenance. IHawk ultrasonic bonder supports various welding techniques including Spot welding, V-Path Stitching, Microwelding, and Edge-welding. Advanced techniques include Capillary force welding, Thread Welding, and Thermocompression Welding. Its advanced welding functions are ideal for intricate parts and it is compatible with most thermoplastic materials in terms of welding speed, accuracy, and quality. Overall, I HAWK ultrasonic bonder is engineered to provide efficient and fast automatic welding, boosting manufacturing productivity and producing reliable, high-quality welds with greater accuracy and consistency. By leveraging the latest technologies, it enables minimal cycle times and reduced operator attention, resulting in a high-performance system with low maintenance and a cost-effective solution.