Used VITRONICS SOLTEC 6723 CC Delta Max #199902 for sale

VITRONICS SOLTEC 6723 CC Delta Max is a PCB (Printed Circuit Board) soldering machine that utilizes advanced technology to deliver superior automation and control from a single source. It is the highest performing production solder machine in the world, capable of processing a wide variety of components at speeds of up to 2,000 solders per hour. The machine is equipped with an 11-axis control equipment and five-dimensional camera system working in unison to monitor and adjust all solder operations to the highest standards of accuracy and repeatability. In addition to the 11-axis control unit, 6723 CC Delta Max features high-performance power sources, allowing for up to three-times fast soldering compared to other machines. Its advanced 683 watt digital soldering waveforms optimize the process to ensure uniform heating of boards including different component sizes. Other quality and reliability features include automatic robot maintenance systems, temperature plateau control, and adjustments to ensure the highest output quality for each solder job. To ensure compatibility with most boards, VITRONICS SOLTEC 6723 CC Delta Max is capable of soldering the entire range of component sizes, including sub-components, with maximum precision. It also has a multi-zone air-fan machine that reduces throughput time due to air flow optimization and features a rapid cooling process that helps improve reliability and repeatability. The machine can also be connected to electrical test and rework systems. In addition to its superior performance, 6723 CC Delta Max is highly durable, with a robust frame capable of resisting vibration and shock throughout its operations. Furthermore, it is equipped with a series of self-diagnosis functions, enabling the user to easily detect most operational errors with minimal downtime. Finally, VITRONICS SOLTEC 6723 CC Delta Max has a user-friendly touchscreen user interface, as well as connection capabilities to higher-computer systems for fully automated production processes.