Used MICROHANDLING MP921 #9017697 for sale

MICROHANDLING MP921 is a precision-engineered Final Test Equipment designed for efficient and reliable testing of many types of electronic assemblies. This system combines a high-precision robot, sophisticated test software, and a comprehensive set of tools and components for a comprehensive final testing process. The robotic platform of MP921 utilizes a highly flexible 6-axis robot arm to maneuver in a variety of directions. This allows the robot to access areas of the board assembly that would otherwise be unreachable. In addition, the carousel-style design of the robot ensures that the tester has access to the entire board assembly, improving throughput by eliminating the need to move the arm or retest the same area multiple times. MICROHANDLING MP921 unit incorporates two high-resolution image-processing cameras for defect detection. Both cameras feature advanced optics and high resolution for maximum accuracy. The software then translates the visual information into machine readable code for further analysis. This automation eliminates the need for manual inspection, ensuring the highest quality results. The machine also includes a wide range of test tools and components. A custom-built robotic end-effector supports different test probes, providing a high degree of flexibility and compatibility. The test suite of probes is available to cover virtually any testing application and includes dedicated tools for high-speed tests. The test software of MP921 is sophisticated and intuitive, providing real-time status updates, allowing for easy analysis and troubleshooting of the test assembly. The software also allows for customizing the test sequences and settings, giving users greater control over the testing process. MICROHANDLING MP921 Final Test Tool is the ideal solution for any application requiring reliable and accurate testing. It is a powerful asset provides high throughput, enhanced accuracy, and customizable test settings and sequences, all in a convenient and compact design.