Used ASM Siplace TX2i #9259217 for sale

ASM Siplace TX2i is a sophisticated pc board assembly and manufacturing equipment designed for PCBs up to 576mm in length. It offers a wide range of high-end, operator-friendly features to aid with the efficient production of components. The TX2i's sophisticated features provide an unbeatable combination of flexibility and cost-efficiency. Its innovative, ergonomic design maximizes component placement speed and quality with less overall setup time. The system supports 12-nozzle placement heads and can be customized to handle a variety of different feeder systems and components. Siplace TX2i can also be used with advanced inspection solutions and data management software for increased accuracy and faster data tracking. The unit includes optimized software that uses advanced algorithms to drastically reduce setup times by dynamically changing product-dependent placement parameters. This ensures precise and efficient placement of components, even in demanding production environments. The TX2i's unique material handling machine is designed to maximize efficiency by allowing for easy and precise color-coded material introduction while providing custom-built parts-on-demand for component placement. This increases production time while reducing human error. The tool is also equipped with advanced integrated vision inspection to ensure accuracy and reduce defective products. This helps to guarantee high-yield rate output of high-quality assemblies. The TX2i is designed to minimize downtime, with an advanced alarm asset that detect even the slightest of errors before they occur and alert the user of any irregularities. Other features like programmable critical controls and line loading and unloading accessories help to further streamline the model's ability to run a smooth assembly line. Overall, ASM Siplace TX2i is a cutting-edge pc board assembly and manufacturing equipment that can help to drastically reduce both setup and production times, while increasing accuracy and decreasing the risks of defective products. It's ideal for any application from low-volume prototyping to high-volume production runs.