YAMAHA YRM20 SMT Machine Basic Parameters:
January 10, 2020 - Yamaha SMT machines, the new YRM20 surface mount machine* will be launched in April 2021.
This modular Yamaha pick-and-place mechanism is built on a brand-new next-generation platform, showcasing the factory's intelligence. It employs two types of pick-and-place heads: the newly developed high-speed, multi-purpose rotary (rm) head, which, when paired with the new high-speed feeders, offers worldwide pick-and-place performance of 115,000 CPH; and the 1-head solution achieved through the newly designed online (HM) pick-and-place head, combining high speed with high functionality.
High-precision placement up to 25 μm (Cpk≥1.0) supports microchip component installation for 0201 (0.25×0.125mm) sizes. Additionally, the newly developed conveyor can handle cardboard widths of 510mm, optimized layout enhancing throughput and significantly reducing the time needed for PCB board changes. With ultra-high-speed transmission inherited from the advanced modular sigma series, production is achieved with reduced head entry restrictions during front-to-back table interference, and productivity is improved.
Additionally, the graphical user interface (GUI) on the operation screen has been updated, making intuitive operation easy. Yamaha Motor will showcase the new YAMAHA YRM20 SMD machine at the 34th Japan International Electronics Show, demonstrating electronic manufacturing and surface mount technology. The event will take place from January 15th to 17th at Tokyo Big Sight (Tokyo Old Temple).
Surface Mounting Machine: A production equipment designed to mount various electrical components onto printed circuit boards, then integrating these components into electronic products.
Yamaha YRM20 Soldering Machine Market Background and Product Overview
In recent years, there has been a rapid acceleration in the trend of miniaturization, high density, high functionality, and diversity in products such as consumer electronics, personal computers, and mobile phones, along with shortened product cycles. Consequently, production sites require flexibility and efficiency to adapt to the innovation, transformation, and upgrades of production facilities. With the intensification of labor shortages and personnel expenditures, the promotion of productivity improvements, operational efficiency increases, and the reduction of labor demand through factory automation with robots, artificial intelligence, and the Internet of Things has gained traction.
Yamaha Motor Corporation has developed a new generation of SMT platform to address the growing data flow brought about by the increasing trend of automation in the future, and to meet the demands of accelerated data sharing in the era of high-speed, large-capacity communication. Additionally, we have adopted a method to develop the new YRM20 with a completely different head mechanism. This machine combines two unique technologies, both representing traditional Yamaha motor technology, the Sigma series of rotary heads, and the inline head focusing YSM technology, achieving a single-head solution that can handle everything from ultra-small chip components to large components without the need to change the head.
We leverage our strengths by utilizing a comprehensive range of installation equipment, such as surface mounters, distributors, and inspection devices. These are designed to enhance production efficiency during the installation process, especially in conjunction with other equipment on the assembly line. We are promoting the smart factory concept, which is an achievable system.
Yamaha YRM20 SMT Machine Product Features
Reflecting the new generation platform of the intelligent factory
YRM20 is equipped with a new machine control system, ready to meet the ever-increasing speed and capacity demands of the new era in the production field. Our new rapid and powerful application software interacts seamlessly, securely, and without waste with peripheral systems and software. The new machine features a unique and effective design created by our UP! SMT (Surface Mount Technology) business philosophy.
Dual-head unit, combining a rotating head with a multi-functional inline head, to achieve the world's production speed – the next generation high-speed rotating head with Sigma technology
The newly developed rotating head, specially designed for the next-generation platform, when paired with a durable, new high-speed feeding mechanism, boosts the tape feeding speed and achieves a production rate of up to 115,000 CPH.
The inline magnetic levitation head offers high speed and impressive versatility.
The combination of a new servo system and continuously evolving online magnetic heads achieves an ultra-fast speed of 98,000 CPH (under Yamaha lab conditions). Customized according to the concept of a single-head solution, this machine can handle ultra-small components, large components, and all components in between within a rapid multifunctional placement.
High precision and high-quality mounting of microchips
The new X-beam design reduces 25 μm thermal deformation (Cpk≥1.0) for high-precision installation. This allows the machine to handle 0201-sized microchip components. The installable part size range is from 0201 to 12×12 mm (for RM head) and 55×100 mm (for HM head).
The new component of the machine features an identification camera that can switch between online and area images, achieving flexible, quick, and high-quality recognition. Moreover, the new internal diameter connection nozzle provides high-speed, precise fitting with a lighter tip slider. Maintenance is also more effective than before, as the nozzle is integrated with automatic...SuctionThe mouthpiece and the changer work together.
Production speed is faster
The machine can accommodate circuit boards up to 510mm wide, featuring an optimized layout and faster transport speed, significantly reducing the time for PCB replacement and enhancing production efficiency. It also employs high-speed transmission and Sigma technology for production. In cases of front and rear platform interference, reducing head entry restrictions further boosts actual production rates.
Through the newly designed application, operate the screen graphical user interface with improved controllability and visibility.
The new user interface features advanced design and easy-to-read layout, supporting intuitive user control. The new operator mode allows users to only operate necessary controls, enhancing the controllability of the production site. Additionally, due to the new visual system and interface, the time required to create part data for components with complex shapes is significantly reduced.
