Used AUSTIN AMERICAN TECHNOLOGY / AAT Microjet #9250472 for sale

AUSTIN AMERICAN TECHNOLOGY / AAT Microjet is a PC board assembly and manufacturing equipment from AAT. AAT Microjet is a four-axis, automated, high-speed pick-and-place machine well-suited for small to medium-sized production runs. It uses a dual-camera guidance system to ensure precision component placement, with up to 20 possible placement sites and a maximum component size of 25mm. In addition, AUSTIN AMERICAN TECHNOLOGY Microjet can be set up to detect component irregularities during operation, preventing incorrect placements and reducing losses in production. Microjet is capable of accommodating components with 0201 chip size pitches, as small as 0.35mm, in a single pass, making it ideal for even the most intricate, specialized assemblies. Its 0.3-0.6mm deposit height capacity also ensures accurate component placement at higher speeds. The incorporation of the ShadowCamera SMT inspection unit also allows for quick detection of placement quality deficiencies and missing components to prevent re-work and costly failures. AUSTIN AMERICAN TECHNOLOGY / AAT Microjet is powered by software called Spark which comes standard with the machine. Spark enables users to quickly and easily configure process and production parameters as well as make real-time adjustments for increased efficiency and throughput. It also features an intuitive graphical interface, allowing operators to quickly create and modify programs using drag-and-drop commands. AAT Microjet also features a digitally-controlled vision tool with two cameras which allows it to differentiate, orient and accurately place components. The cameras can be configured to recognize up to 19 different pieces with 2D and 3D image recognition capabilities, and feature automated defect detection to highlight incorrect placements. All in all, AUSTIN AMERICAN TECHNOLOGY Microjet is an advanced and highly efficient PC board assembly and manufacturing asset. Its best-in-class features such as integrated inspection, component recognition technology, and intuitive software make it a reliable and cost-effective tool for even the most intricate production runs.