Used MYDATA MY 12 #9378837 for sale

MYDATA MY 12 is an advanced pc board assembly and manufacturing system, specially designed to meet the requirements of a modern assembly line. Featuring innovative 3-zone Automatic Feeder technology, MYDATA MY12 enables production of high-quality circuit boards without sacrificing accuracy or efficiency. The MY DATA MY 12 comprises of a maximum production rate of 12,000 components per hour, making it extremely suitable for high-volume production lines. It also comes endowed with full material traceability, which assists in reducing the risk of production errors. With an ergonomic design, MY12 is perfectly tailored to reduce fatigue and enhance the safety of operators during their assembly tasks. The heart of MYDATA MY 12 system is its sophisticated 3-zone Automatic Feeder Technology. By grouping components into three distinct zones - pickup, placement, and feed - MYDATA MY12 can speedily and accurately place anywhere from one to 12 components in one pass, reducing cycle times and thus productivity. This groundbreaking technology leverages modular placement heads built upon a stay-in-place "block building" concept, enabling operators to quickly and safely change component types without changing the feeder itself. Moreover, MY 12 also offers comprehensive material traceability options, with an optional in-line continuity tester and solder jet printing. This ensures data for every component is tracked from pickup to placement - yielding greater accountability throughout the line and delivering higher quality results. In addition to its detailed engineering and advanced design features, MY12 offers several optional upgrades and customizations to further enhance production efficiency and safety. These include software upgrades, temperature control systems, onboard Wifi detection, automatic component recognition, and more. Overall, MYDATA MY 12 is an effective, reliable, and advanced pc board assembly and manufacturing system, specifically designed to increase efficiency and accuracy while reducing errors and fatigue.