Detailed 3D data could help improve reliability and performance
Much of its early work is baked into the U.S. economy, but NIST continues advancing measurement science
This nondestructive technology lends itself to leaner, faster testing
Integrating AI and machine learning into the microscopy workflow would enable new experiments and discoveries
Equity in the marketplace takes the effort of many people and institutions
Enabling robots to pick unknown objects in harsh logistics environments
Ensuring that measurements aid the broader industrial and scientific communities that depend on them
They can quickly learn to optimize building microclimates for both energy consumption and user preference
3D scanning and printing an impossible-to-find, 100-year-old distributor cap
Laser scans of large and small surfaces performed in just three days
Removing the random noise component from the observation, leaving the signal component
Liquid metal jetting is highly stable and repeatable, but extremely challenging to model
Hexagon’s laser tracker technology played a key role in rebuilding a lost classic of British railway design
Innovations in automotive industry bring new opportunities, challenges to quality control
Light is key to ultrasensitive chemical sensors
Knowing how the part is designed, and where the measurement is to be made, can be key to staging the measuring instrument
3D scanning exposes design issues that aren't visible in a 2D design print
Take these pitfalls into consideration as you develop your color measurement and management procedures
September Speaker Series in review