- High-speed printing performance Core cycle time: 6 seconds
- Printing accuracy μ±6σ : ±16μm Cpk≧2.0
(Measured using CeTaQ under optimum conditions of YAMAHA)
- Completely automated setups and changeovers
- Dual lane fully independent production
We achieved high productivity by totally redesigning the drive system to optimize the movement layout and cut the board transfer time to attain a cycle time including stencil cleaning of 6 seconds at the word’s fastest level (optimal in-house coditions; normal print time is 10 seconds), reaching a speed 20% faster than conventional operation.
The function presets the stencil needed for the next production task while the printer is operating and automatically makes setups-changeovers. Space-saving design with small footprint sets and recovers used stencils all in one batch at the machine rear. This slashes the time needed for stencil replacement since workers can do stencil presetting in advance whenever they have time available without having to stop the printer. The squeegee head is now equipped with a new solder receiver plate to prevent solder from falling onto the stencil during replacement.
During stencil replacement, this function automatically scoops up solder paste remaining on the used stencil and swiftly transfers it to the new stencil now in place. Solder paste transfer takes place during auto stencil replacement while maintaining the rolling diameter which eliminates lost time and human error in setups and changeovers.
The function automatically replaces the push-up pins which support the PCB from below. Two gripper heads do high-speed replacements that not only slash setup/changeover times but also reduce human error. Even the large PCB such as 420x420mm can be supported by maximum of 200 pins with a margin. Pin layout can be set using mounter data and images captured by AOI, simplifying data creation.
Program change squeegee attack angle and speed to an ideal setting to provide optimal printing conditions that match the solder being used.
A stencil vacuum mechanism delivers consistent high accuracy printing with no effects from stencil droop. Also drastically cuts the setup time since no offset entry is needed during back and forth printing movement.
High efficiency cleaning system as standard equipment. New cleaner head ensures a huge reduction in cleaning cloth consumption.
By images from two cameras are combined in layer, thereby operation of the PCB to printing stencil relative positioning can be performed simply and accurately.
Supports full-on pro-level inspections with a dedicated camera. Feedback from inspection results allow over-printing and stencil cleaning.
Stabilizes the rolling diameter of solder paste that affects print quality. A newly developed 12oz syringe type PSC system realizes non-stop production for a long time.
Connecting two YRP10s in series enables a fully independent dual-lane operation. Dual-lane operation and automatic changeover feature are supported at the same time. Addition of a traverse conveyor flexibly connects the YRP10s to the downstream equipment.
Large PCBs the size of up to L420 x W330 mm can be produced in a dual-lane. You can increase the number of PCBs to take and the number of PCBs to be conveyed by the carrier, boosting production efficiency.
An easy-to-use and understand interface ensures smooth and sure operation. Display is switchable between 4 languages (Japanese, English, Chinese, Korean)
Specifications and appearance are subject to change without prior notice.