Used MRSI 505 #293765100 for sale

MRSI 505 is a fully automated, automated die attacher equipment designed to attach dies to an IC lead frame quickly and accurately. It is capable of handling a wide variety of IC lead frame types, including lead frames up to 25 mils thick and up to 3/4 inches across. The process consists of a series of loading and placement steps that are executed in sequence, allowing the system to deliver accurate and consistent attach results. The unit is equipped with the latest logic polling technology, allowing the machine to self-diagnose a wide range of die attach issues, improving speed, reliability and reliability. The tool is designed to eliminate manual tooling, reduce labor costs and minimize operator fatigue. The asset consists of an automated Load Station, Die Learning Station, Die Count Station and Die Attachment Station. The Load Station receives the die and IC lead frames, which are then automatically moved along a conveyor belt to the Die Learning Station. Here, the machine reads the serial number associated with the die to determine the attachment locations. Next, the Die Count Station ensures the correct number of dies is ready for attachment. The Die Attachment Station then moves in to position, ready for die attachment. An automated pick-and-place robot aligned to the machine's calibration markers accurately positions the die. Once the die has been placed, it is tightened using a vacuum. The process is repeatable and consistent, ensuring high-quality attachment. The model is designed with reliability and safety in mind, ensuring consistent operation and minimal risk of die attachment errors. Additionally, the equipment integrates a failsafe mechanism, which attaches a paper label including the serial number of the die to the IC lead frame in order to effectively track the die in the case of a failure or other issue. 505 is an ideal solution for IC lead frame die attachment, providing accurate and efficient die attachment for a wide variety of lead frame types. As an automated system, it eliminates manual tooling, reduces labor costs and eliminates operator fatigue. Additionally, it features an integrated failsafe mechanism in order to protect die assets, helping ensure reliable operation and accurate attach results.