Used ASM MS 899 #9208133 for sale

ASM MS 899 is a Die Attacher manufactured by ASM Assembly Systems. ASM MS-899 features a dual stage vacuum equipment that provides a reliable die pick-up and a high degree of accuracy. It is designed to be used in modern assembly systems with high volume die-attachment requirements, such as those found in electronic assemblies. MS 899 is constructed of robust and durable materials that provide an extended operating life to meet the demands of high-performance production. The ergonomic design ensures that operators can easily and securely handle and maneuver the tool. The device is further equipped with an adjustable vacuum pressure for individual die sizing requirements. To ensure precise and secure die-attachment, MS-899 features a pick-and-place-mechanism with a 100% die-engagement - no more manual placement of the die. The dual-stage suction force of the device allows it to achieve a secure and repeatable pick-up and placement of the die and also helps to prevent scratches and smudges on the surface of the die. ASM MS 899 also includes a range of safety features for improved operator safety and tool serviceability, including an overload protection system and integrated short-circuit diagnostic LED indicators. The device's self-calibrating die-sensing unit offers accuracy and repeatability without the need for regular maintenance. In addition to the high-performance and quality of the device, ASM MS-899 also offers up to 98% uptime, making it an excellent choice for high-volume production. The machine is also fast and energy-efficient, helping to reduce production costs and increases profits. The device is also compact and easy to maintain, making it an ideal choice for modern assembly lines. In summary, MS 899 is an excellent option for any assembly line looking to improve die-attachment accuracy and performance. Its robust construction, extended operating life, adjustable vacuum levels, safety features, and self-calibrating die-sensing machine make it an ideal choice for both large-scale and small-scale production requirements.