Used DATACON / BESI 2210 PPS #293649973 for sale

DATACON / BESI 2210 PPS is an automated die attacher that is designed to reduce the cost of attaching microelectronic devices to their wafer carriers quickly and accurately. It is an fully automated tool that is capable of attaching devices to their carrier without the assistance of an operator. The instrument can accommodate up to two die simultaneously and is designed for quick and easy attachment of a range of die sizes. BESI 2210 PPS incorporates a number of features designed to make the attachment process easier. The instrument utilizes a vision system to ensure accurate placement of the die. Once the die is correctly positioned, the system uses an ultrasonic press to ensure a secure attachment of the die to its carrier. This method ensures that no mechanical forces are applied to the dies during the attachment process. DATACON 2210 PPS offers a number of benefits over traditional attachment methods. It is capable of attaching die at speeds of up to 10,000 devices per hour, allowing customers to rapidly increase their production capacity. In addition to this, the instrument incorporates a quick-attach feature that allows customers to attach multiple die rapidly without the need to adjust the tool or move the die. This significantly reduces the time and effort involved with die attachment. 2210 PPS is also a highly reliable instrument. The robust and reliable design ensures reliable operation in even the most challenging production environments. The autoload system ensures that the die loading process is hassle-free and the ultrasonic press ensures secure and robust attachment of the die to their carriers. Overall, DATACON / BESI 2210 PPS is a highly advanced automated die attacher that provides consistent, reliable and rapid die attachment. Customers can benefit from increased production capacity and faster attachement times as well as more reliable attachment. The tool also offers easy maintenance and operation and is designed for use in even the most challenging production environments.