Used MIRTEC MV-2HT #9296783 for sale

MIRTEC MV-2HT is an automatic component placement and board assembly equipment designed for high precision production of printed circuit boards. It is composed of four main subsystems - vision, electronics, controller, and manipulation - which work together to facilitate the operation of the machine. The vision subsystem is designed to detect and identify the components that need to be placed on the board. It is equipped with a camera and a powerful computational processor, and can identify and distinguish components, including their polarity and orientation. The electronics subsystem is designed to measure the components' positions and to ensure their proper placement. It uses a laser-based system to accurately measure the exact positions of the components, and then uses software-based algorithms to determine the best placement for each component. The controller subsystem is responsible for coordinating all other components of the unit. It is responsible for controlling the motion of the components and for providing precise control over speed and accuracy, as well as for monitoring and verifying the successful operation of the device. Finally, the manipulation subsystem is composed of an array of microprocessors and servo motors, which are responsible for physical movement of the component placement machine. MV-2HT is designed for simple and efficient board assembly, providing accurate and precise placement for components of all sizes, from as small as 0.4 mm to as large as 5 cm. The machine has a high speed assembly rate of up to 15,000 placements per hour, making it one of the fastest systems on the market. The tool is also designed to minimize component-to-component contact, resulting in reliable and durable board assembly. MIRTEC MV-2HT is designed to ensure accuracy and reliability for the production of high-quality printed circuit boards. By integrating vision, electronics, controller, and manipulation subsystems, the asset can accurately and quickly place components in precise locations, resulting infinished boards with enhanced signal integrity and reliability. The model is simple to use and maintain, and its durability ensures that it will operate for a long time in production.