CyberOptics to Demo High-Precision Sensor Technologies at Touch Taiwan

Article By : CyberOptics Corp.

CyberOptics Corp. will showcase its IPS, WaferSense and the NanoResolution MRS sensor for inspection and metrology at the Touch Taiwan Exhibition.

CyberOptics Corp. will showcase its In-Line Particle Sensor (IPS), WaferSense wireless measurement sensors and the NanoResolution Multi-Reflection Suppression (MRS) sensor for inspection and metrology at the Touch Taiwan Exhibition on April 21–23 at the Taipei Nangang Exhibition Center in Taiwan.

Cyberoptics’ IPS with CyberSpectrum software detects particles in gas and vacuum lines 24/7 in semiconductor process equipment and other controlled environments. An extension of the WaferSense Airborne Particle Sensor (APS) technology that is documented by fabs as the Best-Known Method (BKM), the IPS quickly identifies, monitors and enables troubleshooting of particles down to 0.1µm.

“The desire for a contamination-free process environment, coupled with stringent manufacturing requirements are driving the need for a best-in-class process to detect particles in gas and vacuum lines,” said Dr. Subodh Kulkarni, President and CEO, CyberOptics. “The IPS can quickly identify when and where particles originate, as well as the source, saving significant time and expense while maximizing yields and tool uptimes.”

Cyberoptics will also display the NanoResolution MRS sensor that is integrated into its WX3000 system for wafer-level and advanced packaging inspection and metrology. It provides sub-micrometer accuracy on features as small as 25µm. While retaining its ability to reject spurious multiple reflections, it adds the ability to capture and analyze specular reflections from shiny surfaces of solder balls, bumps and pillars, providing highly accurate inspection and metrology.

With data processing speeds in excess of 75 million 3D points per second, the WX3000 system delivers production-worthy throughput greater than 25 wafers (300mm) per hour. Complete 100% 3D/2D inspection can be accomplished two to three times faster than alternative technologies.

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