Used SIEMENS Siplace HF3 #9234146 for sale

SIEMENS Siplace HF3 is an advanced surface mount technology (SMT) equipment used for printed circuit board (PCB) assembly and manufacturing. It utilizes a combination of advanced automation technology- including specialized robots- and a high-level of precision to provide a fast, reliable and consistent manufacturing process for PCBs. SIEMENS SIPLACE HF/3 system comprises a placement head, an Automated Optical Inspection (AOI) module, integrated vision systems and a transport unit. The placement head utilises a variety of advanced technologies to precisely place various types of components onto the board. It has a comprehensive nozzle library which is capable of automatically assigning the correct nozzle to each component. The placement head is able to accurately place components by up to 400,000 components per hour. The AOI module is used to inspect boards after components have been placed. It utilises a combination of cameras and a light source to accurately identify component locations and detect any errors in the placement. Additionally, it can be used to measure component placement accuracy, detect aberrant components, and identify non-conformance conditions. The vision machine of Siplace HF3 uses advanced image-processing algorithms which are capable of automatically inspecting boards after they have been placed and also during the process. This is done by taking multiple images of the board with the camera module and then comparing them to a digital model of the board. The transport tool of SIPLACE HF/3 asset uses multiple high-precision robots to move the boards from station to station. The robots can be programmed to move the boards at a pre-defined speed, allowing the processes to be repeated accurately and quickly. In summary, SIEMENS Siplace HF3 is an advanced SMT model capable of precisely placing various types of components onto a board and executing a highly accurate digital quality check. Its combination of advanced automation technology, integrated vision systems and high-precision robots make it a reliable and efficient tool for PCB assembly and manufacturing.