JUKI’s RX-8 redefines placement performance with remarkable rates of up to 100,000 CPH (optimum), courtesy of its innovative rotating placement heads, each boasting 20 nozzles. This advanced machine excels in precision and efficiency, featuring a high-precision planet head ideal for high-speed picking and placing from single reels, while also handling ultra-small chips and ICs effortlessly. Enhanced by JUKI’s cutting-edge centering and inspection vision system, the RX-8 incorporates a new high-accuracy camera for inspecting and centering. With coaxial lightning technology, it ensures clearer images and more accurate inspection data, facilitating detection of presence and absence, inverted chips, and tombstoning. Furthermore, the vision system automatically corrects the pick position of every part, leading to increased pick rates and making it perfect for placing very small components. With its advanced capabilities and superior performance, the RX-8 sets a new standard in high-speed placement technology, enabling manufacturers to achieve unparalleled efficiency and accuracy in their assembly processes.
The YAMAHA Sigma ∑-G5SⅡ Surface Mounter features a revolutionary "1-head solution" rotary head, offering unmatched speed, versatility, and high operating ratio. Building on this innovation, two new head types have been introduced to achieve exceptional productivity. These heads accommodate super-small 0201mm (0.25 × 0.125 mm) size components as well as large components, ensuring flexibility across a wide range of assembly requirements. With an extended detection range of components held for better mounting quality and a larger internal buffer size to reduce feeding loss with large PCBs, the Sigma ∑-G5SⅡdelivers superior performance and reliability. Further detail revisions and refinements have been implemented to enhance overall reliability while maintaining compatibility with previous models. Experience the next level of surface mounting technology with the YAMAHA Sigma ∑-G5SⅡ,where speed, precision, and versatility converge to drive unmatched productivity and quality in electronic assembly processes.
The YAMAHA Sigma Σ-F8S pick and place machine is the epitome of efficiency with its innovative "1-head solution" direct drive rotary head, delivering unparalleled accuracy at high speeds. Boasting the fastest speed in its class, it achieves a remarkable 150,000 CPH with 4 beams and 4 heads, ensuring swift and precise placement. Experience significantly reduced maintenance downtime with exchangeable nozzle stockers and linear drive motors, enhancing operational efficiency and productivity. Furthermore, the super loading feeder revolutionizes component supply, eliminating downtime for feeder replenishment and maximizing production uptime. With its cutting-edge features and performance, the Sigma Σ-F8S redefines the standards of placement technology, empowering manufacturers to achieve unmatched speed, accuracy, and reliability in their assembly processes.
The Compact High-Speed Modular YAMAHA YRM10 integrates advanced technology from the YRM series' high-end systems, delivering a "just right" small, multi-purpose high-speed mounter. The YRM10 features a high-speed multi-purpose in-line head from the YR series, supporting a wide range of components from super miniature chips to large 100 x 55 mm parts without the need for head replacement. This design achieves an impressive high-speed mounting rate of 52,000 CPH under optimized conditions, demonstrating excellent productivity with just one head. It also secures an accuracy of ±35μm (cpk≧1.0), ensuring precise placement. Additionally, the YRM10 can be equipped with the space-saving, cost-effective 15-magazine tray component feeder sATS15R, further enhancing its versatility and efficiency in various production environments.
The Premium High-Efficiency Modular YAMAHA YRM20 takes the 1-head solution to an ultimate stage, delivering unparalleled productivity and flexibility in an all-around surface mounter. Equipped with a rotary head, the YRM20 excels in mounting tiny components while maintaining high-speed production without the need for head replacements. This technology upholds the 1-head solution concept, efficiently handling components ranging from super-tiny 0201mm parts to medium-sized, odd-shaped components up to 12 x 12mm with heights of 6.5mm. The YRM20's enhanced flexibility includes the ability to accommodate PCBs with a maximum width of 510mm as standard. The high-speed PCB conveying system drastically reduces the time required for PCB changeovers, further boosting production efficiency. Standard equipment includes lightweight nozzles, essential for high-speed, low-impact mounting. These nozzles are designed for precise placement of super-tiny components in narrow spaces and feature nozzle IDs and improved maintenance capabilities, ensuring sustained high performance and reliability.
The Super High-Efficiency Dual Lane Modular YAMAHA YRM20DL is designed to deliver exceptional performance with its super high-speed rotary RM head achieving 120,000 CPH. The rotary head enhances the mountability of tiny components while maintaining high-speed production without requiring head replacements, adhering to the 1-head solution concept. It efficiently handles a range of components from super-tiny 0201mm parts to medium-sized odd-shaped components up to 12 x 12mm with heights of 6.5mm. This solution excels in variable-mix, variable-volume production by combining parallel mounting, alternate mounting, and 4-stage mounting with a newly developed dual-lane conveyor. This configuration ensures high productivity even when production types vary by lane, accommodating L-size PCBs up to L810×W330mm in dual-lane mode, which increases the number of PCBs picked up and transported, thereby raising production efficiency. Additionally, machine vibration is controlled with a very stiff base, and adjustment accuracy is improved with Coord MACS, achieving a high accuracy mounting level of ±15μm. This ensures precise and reliable component placement, making the YRM20DL an ideal choice for diverse and demanding production environments.