Winner in High-Volume Pick & Place category delivers uncompromised performance with two full-featured and independent lanes
Yamaha Robotics SMT Section has received the winner’s trophy in the Global Technology Awards 2023 High-Volume Pick-and-Place category with its YRM20DL mounter, which brings total flexibility to dual-lane manufacturing.
Launched in April 2023, the YRM20DL accepts boards up to 330mm on both lanes simultaneously. Fully independent drives and push-up pins in each lane ensure boards are clamped, populated, released, and moved out efficiently. Overdrive mode lets each placement head operate in either or both lanes and each lane allows non-stop feeder cart changeovers. Users can leverage this flexibility to assign identical products to both lanes, or different products of unequal workload and cycle time, to optimise throughput and ease production planning.
“The YRM20DL lets users flex their SMT production capacity at will and without compromise as changing workloads call for greater volume or greater mix,” said Yasushi Miyake, Branch Manager, receiving the trophy at the traditional prize-giving presentation during the Productronica exhibition in Munich. “We are delighted that we can now celebrate this cutting-edge machine as an award-winning mounter.”
The YRM20DL connects efficiently with Yamaha’s latest YRP10DL dual-lane printer and YRi-V DL 3D AOI for seamless end-to-end dual-lane productivity, to deliver maximum throughput in a wide range of manufacturing scenarios.
With 120,000 cph placement speed and +/-15µm accuracy, the YRM20DL integrates outstanding features from the single-lane YRM20 mounter. These include the stopperless conveyor system that meets automotive-industry requirements for careful board handling, low-impact placement nozzles, Yamaha’s Multiple Accuracy Compensation System (MACS), and options including coplanarity checking and the all-image tracer.
The optional advanced safety package supports safety category 3 and other safety items and includes independently controlled front and rear signal towers, auto nozzle station, and chip-dump box overflow prevention.