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Assuring Sub-Micron Height Measurement Confidence With Automated System Verification In high-yield manufacturing, like semiconductor, advanced electronics, medical device, precision optics, and aerospace, the cost of measurement uncertainty is high. Unplanned downtime, phantom defects, and measurement drift can easily erode your production margins. Metrology equipment needs to deliver highly accurate measurements while offering an easy, frictionless

In manufacturing of semiconductors, panels, boards, and other surfaces, thickness control is vital to the final product’s quality. Often, incoming substrate materials need to be measured for uniform thickness. Other times, as layers are added or bonded to surfaces the thickness needs to be constantly monitored. The best way to accurately measure thickness is by

Peak Metrology utilizes smart cameras and vision systems to quickly identify areas of interest for further detailed analysis. The vision system quickly scans the surface using a 2D camera and a 3D microscope further analyzes the individual points of interest that are found by the machine vision system. These areas of interest could be any

A consumer device display screen is the sole interface between the user and the device, meaning the out-of-the-box customer experience relies entirely on absolute optical and tactile perfection. Even minor surface imperfections like microscopic scratches, pits, or dents can refract light, disrupt touch sensitivity. Because modern cover glass is incredibly hard but inherently brittle, a

Medical stents, frames, and tubes are cylindrical objects by design. However, it is a standard industry practice to utilize 2D measurement techniques to inspect them. 2D measurement of a 3D object often leads to data not being reliable or complete. To solve this challenge, we deploy high precision 3D measurement devices and 360 degree scanning

Using precision height sensors is a more accurate way to measure well plate fill level than many of the commercially available options. Specifically, using a high accuracy chromatic confocal sensor provides a non-contact method for well plate measurement to the microliter. Various sensor options are available to provide a wide range of measurement volumes and

Many of our customers look to us to help them with their flatness measurement projects. Sometimes they are looking to validate their substrate materials before they spend the money populating the substrates with their products and devices. Other times they are looking to validate the flatness or coplanarity of a finished part surface to see