Used HUGHES MA-935 #123399 for sale

HUGHES MA-935 is a high-performance die attach machine for electronic assembly applications. It is designed to provide quick and efficient assembly of electronic components onto printed circuit boards (PCBs). MA-935 features a pick and place equipment with precision servo controls to dramatically reduce the time and effort of component placement. The high precision die attach system uses a combination of volumetric and ultrasonic techniques for accurate die placement. HUGHES MA-935 utilizes a multi-step process to precisely align and affix components to PCBs. First, components are identified and precisely placed in the exact orientation and location desired. Next, a vacuum pick-up unit is used to pick up individual components and place them onto the board. Once the desired area of the board is populated, ultrasonic and volumetric controls ensure accurate die attach positions. MA-935 is designed to be used in a wide variety of applications. The high-speed machine is capable of placing components with accurate placement of ± 0.25mm (± 0.01 in). It is also designed to handle a wide range of component sizes, ranging from 0.3 mm (0.12 in) to 20 mm (0.78 in). The machine is equipped with an advanced vision machine to provide accurate inspection and placement of components. The vision tool is also used to verify proper component placement and alignment. HUGHES MA-935 operates at up to 600 parts per minute (ppm) and can be used for both high-volume and low-volume production. The asset also offers advanced features such as adjustable Z-axis and down-force sensors to ensure accurate component placement. It is designed to provide a high degree of accuracy with repeatable results. MA-935 is a reliable and efficient die attach model for high-volume electronic assembly production. It is designed to be easily integrated into existing automated manufacturing processes and offers reliable performance and high precision. The high precision machine is capable of quickly and accurately placing even the smallest of components with a high degree of accuracy.