Used PVA 3000 #9039327 for sale

PVA 3000 pc board assembly and manufacturing equipment is an all in one solution that provides industrial-grade quality pc board assembly and manufacturing capabilities. It is designed to meet the highest standards of accuracy, speed, and reliability in the industry. 3000 consists of four main components: a computer, a precision movement system, a patch changer, and an image recognition unit. The computer is responsible for overall instructions, coordination and management. It runs the precision movement machine which consists of servo motors to accurately move the boards to the next assembly or printing process. The patch changer is a set of arm segments that embed components into the pc boards. Lastly, the image recognition tool works with a CCD camera to accurately recognize objects and adjust or reset the pc boards accordingly. PVA 3000 offers several key features to enhance its performance. It is equipped with an advanced vision asset that can identify faults and adjust accordingly in real time. It uses an extensive database to store previously optimized settings and quickly apply them to new pc boards. For further accuracy, it is armed with a multi-axis wiring model which allows it to place components with pinpoint accuracy. 3000 also offers a plug-and-play setup and an intuitive user interface for ease of use. It is completely enclosed, making it dust and insect proof. Currently, the equipment offers compatibility with the most popular software tools found in the market. It is also designed to seamlessly integrate with existing production lines, allowing it to quickly become part of a manufacturing operation. PVA 3000 pc board assembly and manufacturing system is a comprehensive solution that provides reliable and efficient pc board assembly and manufacturing. It is packed with features that enable it to deliver industrial-grade accuracy, speed, and reliability. With its user friendly design and plug-and-play setup, it is the perfect choice for any assembly or production line.