Used HANMI SNP3500DS #293646277 for sale

HANMI SNP3500DS is a state-of-the-art pc board assembly and manufacturing system designed to meet the highest standards for accuracy, efficiency and reliability. HANMI SNP 3500DS uses vision-guided pick and place technology to accurately place components onto printed circuit boards with a repeatable accuracy of 0.085mm. Each component is precisely placed based on the component's data which is automatically read from an integrated component library. SNP3500DS also features various feeders and magazines, providing component and pc board storage along with quick and reliable component selection and placement. SNP 3500DS is capable of processing through-hole components, surface-mount components, and connectors up to and including BGA packages. It also allows for high-speed sorting and component identification through rapid and accurate component test-probing. Additionally, it has integrated component-removal or component-addition capabilities, making component repair and rework a breeze. HANMI SNP3500DS is built with reliability and scalability in mind, making it a great choice for both high-volume production and low-volume prototyping. With a range of integrated and compatible software applications, HANMI SNP 3500DS can be configured to meet the exact needs of your application with ease. This allows users to quickly and efficiently produce pc boards with utmost accuracy and reliability. In order to provide the best results, SNP3500DS uses a combination of dedicated software, robotic automation, and integrated controls. The software allows for custom task programming and the ability to monitor the process. The robotics allow for the highest level of accuracy, while the integrated controls make sure that components are placed precisely where required. Overall, SNP 3500DS is a cutting-edge system that greatly simplifies the pc board assembly and manufacturing process. Its advanced features, scalability, and reliability make it an ideal choice for any pc board assembly and manufacturing application.