Panasonic smt head PN:N610157773AA

‌Panasonic SMT work head N610157773AA‌ is a high-performance SMT work head with the following features and advantages:

‌High precision and stability‌: The placement accuracy of Panasonic SMT machines is very high, and the N610157773AA work head is no exception. Its placement accuracy can reach 30um/chip, ensuring high-precision placement operations‌.

‌High productivity‌: Panasonic SMT machines use a dual-track mounting method. While components are being mounted on one track, the substrate can be replaced on the other side, which improves productivity and enables the production of heterogeneous substrates. This design makes the production speed twice as fast as a single track, and the cost performance is extremely high‌.

‌Flexibility and adaptability‌: The design of the work head of Panasonic SMT machines allows customers to freely choose and create installation line nozzles, feeders and component supply parts, supporting changes in PCBs and components to achieve the best production line structure. This flexibility enables the production line to adapt to a variety of production modes, from high-speed production to multi-variety, small-batch production‌.

‌ Comprehensive management function ‌: Panasonic SMT machine uses system software to comprehensively manage production lines, workshops and factories, reduce operating losses, performance losses and defect losses, and maximize overall equipment efficiency (OEE) ‌.

‌ Technical parameters ‌: The technical indicators of Panasonic SMT machine include coordinate programming, servo system control, XYZ three-coordinate Mark visual precision positioning, etc. Its theoretical capacity is 84000Pich/H, which meets the 01005 component assembly, with an accuracy of ±0.02MM and CPK≥2 ‌.

In summary, Panasonic SMT machine work head N610157773AA has become a leader in SMT patch processing equipment with its high precision, high productivity, flexibility and comprehensive management functions, especially suitable for the mid-to-high-end market.