Used SIEMENS / ASM Siplace E #9235298 for sale

SIEMENS / ASM Siplace E is a comprehensive PC board assembly and manufacturing equipment that combines numerous elements into a single powerful platform. The system is designed to increase productivity, accuracy, and safety in the assembly process. ASM Siplace E unit starts with the Pre-Separation Module (PSM), which allows for fast and precise sorting of electronic components for assembly. Using two specially designed rotary tables, it can quickly and accurately separate components into a series of trays or feeders. It also includes a powerful vision-based classifier, which ensures the accuracy of the sorting process. Once the components are sorted, the machine integrates SIEMENS Siplace E Feeder to accurately insert and hold components in place as they are mounted onto the PC board. Automated from pre-programmed data, the Feeder is equipped with numerous sensors to ensure it is accurately positioned. The tool then incorporates the STM-T, which is Siplace E conveyor Stacking Module, capable of transporting up to two PC boards at any given time. It uses a proprietary transportation asset controlled by a PLC for precision placement and accurate conveyance of the PC boards. The model also incorporates intelligent vision technology to ensure precision. The final step of the assembly process is the Placement Module (PM). This module is capable of accurately placing components onto the board in speeds up to 59,000 BPH. It includes the latest servo technology, 6 data entry points, and an intelligent multi-lane process for faster production cycles. To complete the PC board assembly, SIEMENS / ASM Siplace E utilizes the STM-R, a fully automated reflow oven that can be programmed to the exact specifications of the board, component placement, and number of layers of material. It ensures that each board is finished with the highest level of accuracy and reliability. ASM Siplace E is a comprehensive and powerful equipment for assembling and manufacturing PC boards with enhanced accuracy, increased productivity, and improved safety. All of its components interact with each other in an efficient and effective manner to produce PC boards with superior quality and reliability.