Used PANASONIC MMC-G3 #9073779 for sale

PANASONIC MMC-G3 is a PC board assembly and manufacturing equipment used in automated manufacturing lines. It is designed for high speed and reliability with its innovative component placement and soldering technologies. The basic structure of MMC-G3 consists of a component placement machine with 13 head nozzles, a soldering robot with three head joints, flexible printed board handling arms, and a vacuum conveyor. The component placement machine has a maximum components per minute (CPM) speed of 7,000, making it ideal for high-volume, high-speed production environments. This machine is designed to place a variety of components, such as chip, BGA and MLF, on the PCBs accurately and quickly. It uses a vision-based system that enables component placement with the highest X-Y-Z accuracy of ±0.02mm. The soldering robot is equipped with three head joints, allowing it to solder components to both the bottom and top sides of the PCB. This robot provides a maximum soldering speed of 5,000 cpm with up to 400 Watts of power to ensure reliable soldering. Furthermore, the built-in power gain control unit automatically adjusts the soldering power according to the component size and type. PANASONIC MMC-G3 also comes with a flexible, high-precision printed board handling arm. This arm is capable of handling intricate board shapes and sizes, allowing it to be integrated into already existing lines. The vacuum conveyor increases efficiency by lifting and carrying the boards from one stage of the production line to the next. Additionally, this machine is equipped with various safety and connectivity features. These include a built-in LAN connection which allows easy connection to other machines and networks. It also has a programmable logic controller (PLC) which ensures safety during operation. Overall, MMC-G3 is a reliable and efficient PC board assembly and manufacturing tool. It's versatile and robust design has made it a popular choice in a wide variety of industries, such as consumer electronics, automotive, and medical. It is ideal for advanced production lines requiring high speed and accuracy.