CyberOptics Unveils SQ3000-DD 3D AOI with Dual MRS Sensors

CyberOptics Corporation a leading global developer and manufacturer of high-precision 3D sensing technology solutions, will unveil the new SQ3000-DD 3D Automated Optical Inspection (AOI) system with two Multi-Reflection Suppression (MRS) Sensors at the NEPCON South China exhibition (August 29-31, 2017) at the Shenzhen Convention & Exhibition Center.

The dual lane, dual sensor system is an extension of the award-winning SQ3000 3D AOI platform, deemed best in class. The new SQ3000-DD 3D AOI maximizes flexibility catering to varying PCB widths. This unique design provides the ability to inspect high volume assemblies, the convenience of inspecting different assemblies and board sizes simultaneously on different lanes, or even switching from dual lane to single lane mode to inspect very large boards.

Not only does the SQ3000-DD provide the PCB inspection flexibility, it also provides the flexibility to choose two of the same or two different proprietary MRS sensors, both of which meticulously identify and reject multiple reflections caused by shiny components and reflective solder joints. The new Ultra-High Resolution MRS sensor option provides an even finer resolution than the standard, delivering superior inspection performance ideally suited for 0201 metric and microelectronics applications where an even greater degree of accuracy and inspection reliability is critical. The unique architecture of both MRS sensor options simultaneously captures and transmits multiple images in parallel, while highly sophisticated 3D fusing algorithms merge the images together, delivering microscopic image quality at production speed.

“We have extended the MRS-enabled SQ3000 3D AOI platform to offer a dual lane, dual sensor solution,” said Dr. Subodh Kulkarni, President and CEO, CyberOptics. “This flexibility will allow our customers to further increase their productivity with high volume throughput, while relying on the unprecedented combination of speed, accuracy and ease-of-use.”

 

For more information: www.cyberoptics.com