Used FAMECS FCB-900 AE #9255129 for sale

ID: 9255129
Colling buffers.
FAMECS FCB-900 AE PC Board Assembly and Manufacturing Equipment is an advanced, turn-key solution for quickly manufacturing and assembling PC boards. Featuring the latest technologies, FCB-900 AE provides fast placements up to 150,000 per hour, significantly increasing throughput and efficiency. FAMECS FCB-900 AE is built with highly-accurate component placement units and vision systems. With four placement heads, it can quickly and accurately make complex placements, such as BGA, QFN, CSP, and other small components. The board types that it can process range from LED to consumer devices with flexible material lead times, and component placement precision is as low as 0.015mm. In addition, the system uses opto-electronic sensors to detect components, so each component placement and pick is accurately tracked and logged, allowing for detailed analysis and traceability. FCB-900 AE also comes with intelligent software such as traceability log, Machine Vision Unit (MVS), and automatic component feeder machine (ACFS). With these intelligent capabilities, the tool can monitor component placements for accuracy and traceability in real time. Furthermore, the asset supports full 3D positions detection (3DPD) to prevent misplaced components on the board and reduce product line and repair costs. In the manufacturing process, FAMECS FCB-900 AE uses lead-free solders and flux to ensure improved solder connection reliability and customize the board's surface finish for various applications. It delivers more environment-friendly results, focused on being energy-saving, noise reducing, and compatible with all global standards. The model functions in both line and stand-by modes for greater flexibility. All in all, FCB-900 AE provides robust performance with its advanced workforce, manufacturing accuracy, and precise components placement. This makes it an ideal choice for high-volume and automated production of PC boards. The equipment ensures minimized production time, optimized throughput and cost savings, and improved quality control.
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