YAMAHA YSP20 High-speed printer for maximum precision and speed
The YAMAHA YSP20 high-speed printer is a dual-track solder paste printer that operates at an impressive cycle time of just 5 seconds per cycle. With its innovative technology, it ensures maximum accuracy, efficiency, and process reliability in modern SMT production. Thanks to YAMAHA’s patented 3S single swing squeegee technology, the printing process is optimally adapted to each product – for perfect solder paste results in every application.
Patented 3S technology for consistent print quality
The YSP20 high-speed printer features YAMAHA’s unique 3S squeegee mechanism. The individually adjustable squeegee angle allows precise control of the solder paste fill level, ensuring consistent, repeatable printing results. This technology guarantees the highest print quality, regardless of product size or layout.
Automated detection and template vacuum
Another highlight of the YAMAHA YSP20 high-speed printer is its automatic detection of the remaining solder paste quantity. The system adjusts the printing parameters in real time and, together with the stencil vacuum, ensures consistently high quality. Visual adjustments and automatic corrections stabilize the entire process and minimize human error.
Highest precision and large printing areas
With a repeat accuracy of ±0.005 mm (3σ), the YSP20 high-speed printer sets new standards in SMT printing technology. It processes large circuit boards up to a size of L510 × W460 mm and supports stencils up to 750 × 750 mm. This makes the YSP20 ideal for complex and large-format production jobs where precision and speed are crucial.
YAMAHA YSP20 High-Speed Printer – Part of the Total Line Solution
As part of the YAMAHA Total Line Solution, the YSP20 high-speed printer integrates perfectly into existing production lines. In combination with other YAMAHA systems such as automatic placement machines or inspection solutions, it creates a fully automated SMT production line – from solder paste application to final inspection.

