Used VI TECHNOLOGY VI 2K #293777804 for sale

VI TECHNOLOGY VI 2K
ID: 293777804
Automatic Optical Inspection (AOI) system.
The VI TECNOLOGY VI TECHNOLOGY VI 2K is a complete PC board assembly and manufacturing equipment designed to improve accuracy, efficiency, and throughput. It consists of an open-style, two-arm robot for automated placement of components, an ergonomic soldering system for lead soldering, and two pin-illusion devices for press-fit generation. The open style robot offers a larger working platform, allowing for a greater load capacity and component placement. This makes it perfect for high volume manufacturing requirements, as it can move faster, and place more components accurately than a conventional pick-and-place machine. With its high repeatability and flexibility, it enables users to quickly and accurately create repeatable products of the highest quality. The soldering unit is designed to use a non-contact soldering process that employs an ergonometer soldering iron that combines properties of both heat conduction and convection. It delivers ultra-fast, pin drop soldering with high accuracy, repeatability, and reliability. This reduces the risk of short circuits and other soldering errors. It also features a centralized control machine for monitoring temperatures and operational outputs. The pin-illusion device is used to generate press-fit inserts for both standard and specialized components. It provides precise placement of round and flat pins in a single work cycle. This automated tool uses a combination of force and time-based techniques to ensure optimum insert depth and accuracy. It eliminates manual handling and complex tooling systems, further improving productivity and ensuring quality results. VI 2K is a reliable, efficient, and cost-effective solution for a variety of PC board assembly and manufacturing needs. It provides fast cycle times, precision component placement, minimal operating costs, and superior quality control. Its advanced robotic technology supports higher production rates at lower operational costs and can be easily integrated with other systems to enhance the overall manufacturing process.
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