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Yamaha SMT Σ-G5SⅡ has multiple functions, mainly used for efficient and high-precision placement of electronic components. Its main functions and effects include:
Efficient production: Through the cross-zone material picking of the front and rear placement heads, simultaneous placement can be carried out, eliminating the limitation of component configuration, and the two placement heads can share multi-layer tray feeders, coplanarity detection devices, material belt feeders, suction nozzles and other devices, thereby improving production efficiency.
High-precision placement: The turret direct-drive placement head is adopted, which has a simple structure and does not use external drive devices such as gears and belts, achieving high-precision placement. The placement accuracy can reach ±0.025mm (3σ) and ±0.015mm (3σ) under optimal conditions, which is suitable for the placement of ultra-small components such as 0201 (0.25×0.125mm) and large components such as 72×72mm.
High reliability: The equipment is equipped with a high-speed and high-reliability coplanarity detection device to ensure the accuracy of placement. In addition, the equipment also has a larger internal buffer size and an extended component detection range, which further improves the stability and quality of placement.
Wide range of application: Supports PCBs and components of various sizes. The single-track model supports PCBs of L50xW84~L610xW250mm, and the dual-track model supports PCBs of L50xW50~L1,200xW510mm. The component size ranges from 0201 to 72×72mm, which is suitable for the placement needs of various electronic components.
High production speed: Under optimal conditions, the placement speed of both single-track and dual-track models can reach 90,000CPH (Component Per Hour), which is suitable for large-scale production needs.
In summary, Yamaha SMT machine Σ-G5SⅡ is widely used in the electronics manufacturing industry through its high efficiency, high precision and high reliability, meeting various high-demand placement needs.
