Used MYDATA TP9-UFP #293632531 for sale

MYDATA TP9-UFP is a fully automated pc board assembly and manufacturing equipment that is used in the production of printed circuit boards. It is an advanced, high-speed machine that is ideal for high volume production runs. It utilises the latest technology to ensure maximum efficiency and reliability, as well as minimising setup time. The machine consists of a base unit and six heads, with each head containing a separate imaging system. The first head has a vision unit and a laser cutter to accurately locate components, as well as drilling, routing, and forming operations. The second head has an automated pick-and-place machine to place components accurately. The third head has an additional vision machine for accuracy, as well as a wave soldering tool and an additional hot-air reflow asset. The fourth head contains another automated pick-and-place machine, in addition to an automatic rework station, which can be used to touch up components that may have been misplaced or damaged. The fifth head is a high-speed testing model, which can be used to detect defects and ensure accuracy. Finally, the sixth head has a high-speed soldering equipment that can increase throughput so that production can keep up with demand. MYDATA TP9 UFP has a range of features that make it one of the most advanced pc board assembly and manufacturing systems on the market today. It is highly configurable, allowing users to tailor the machine to their production process, while a wide range of tooling options allows for flexibility and convenience. The machine also includes several safety features, such as guards, interlocks, and emergency stops to protect personnel from injury, and is constructed from robust materials for improved durability. Additionally, the machine can be connected to a variety of software systems, allowing for uniform data tracking and enhanced control of processes. In short, TP-9-UFP is an advanced and reliable pc board assembly and manufacturing system that can dramatically increase efficiency and cycle times, minimise rework, and improve overall product quality.