CyberOptics 3D Duel-Mode MRS Sensing Technology Receives Industry Accolades
Nordson Corporation has announced that it received three 2022 Global Technology Awards in the categories of Metrology and AOI Inspection Systems for its CyberOptics SQ3000+ and SPI Inspection Systems for its new CyberOptics Dual-Mode Multi-Reflection Suppression (MRS) sensor-enabled SE3000 SPI system. The awards were announced during the recent SMTA International event.
The new Dual-Mode MRS sensor for the SE3000 SPI system provides maximum flexibility for dedicated solder paste inspection applications, with one mode for high-speed inspection and another mode for high resolution inspection. The new sensor is an extension of the proprietary MRS sensor portfolio that provides industry-leading performance in semiconductor and SMT markets. The SE3000 is ideal for measuring height, area, volume, registration and bridging, as well as detecting insufficient paste, excess height, smear, offset and more.
MRS sensor technology provides the ultimate combination of speed, resolution and accuracy while meticulously identifying and rejecting reflection-based distortions caused by shiny components and surfaces.
“The GTA award trifecta is phenomenal recognition of our MRS sensor technology-enabled systems,” said Perry Duffill, Vice President of Test and Inspection, Nordson Corporation. “Coupled with our customers’ feedback that they chose to deploy our inspection and metrology systems based on the superior performance unmatched in the industry, we feel very proud.”
The all-in-one SQ3000+ offers a combination of unmatched high accuracy and high speed, with an even higher resolution MRS sensor that inhibits reflection-based distortions caused by shiny components and specular surfaces. The system is specifically designed for high-end applications including advanced packaging, mini-LED, advanced SMT, 008004/0201 SPI, socket metrology and other challenging CMM applications.
The Global Technology Awards have recognized the very best new innovations in the printed circuit assembly and packaging industries.
For more information: www.cyberoptics.com