Yamaha Motor shows new YRi-V 3D Hybrid AOI system

Yamaha Motor shows new YRi-V 3D Hybrid AOI system

Yamaha Motor Europe now supplies the new hybrid AOI system YRi-V 3D. It offers high speed and accuracy for electronics assembly. YRi-V is a high-end version of the YSi-V 3D AOI system equipped with 2D and 3D inspection and 4-direction angle camera. With newly developed inspection head and high-resolution fast camera, upgraded 8-direction 3D projector and high-performance GPU, YRi-V achieves the highest inspection speed in the industry. The inspection of ultra-small fine-pitch components and the detection of scratches, cracks and chipped areas on reflective surfaces have also been improved.

Higher functionality and greater compatibility of component inspection are provided by the coaxial lighting and longer PCB lengths thanks to revised conveyor belts. Ease of use is improved through AI-powered deep learning, automation and reduced requirements for creating, converting and optimizing inspection data.

The use of thin and small WLCSPs and FOWLPs, which are highly reflective on the surface, is possible. The new AOI system improves inspection capability in terms of speed and accuracy with the detection of 0201 size (0.25 x 0.125 mm) components. The new inspection head has lenses with 12 and 7 μm resolution, as well as a new lens with 5 μm resolution. The lighting has increased luminance. A high-performance graphics CPU enables extremely fast image processing. The speed is almost double that of the current YSi-V HS2. The new 3D projector enables measurements up to a height of 25 mm.

The graphical user interface ensures intuitive operability by automating various functions and integrating AI. CAD/CAM/YGX data can be converted into test data in a single step. The machine can also interpret Gerber data and automatically generates virtual PCB images. The time required for data optimization has been halved by eliminating inspection frames, automatically setting lighting parameters and automatically correcting the position of component offset errors.

Founded in 1984, the Yamaha Surface Mount Technology (SMT) Section is part of the Robotics Business Unit of Yamaha Motor Corporation and has subsidiaries in Japan, China, Southeast Asia, Europe and North America.

  • Issue: Januar
  • Year: 2020
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