NSI-MI is the world leader in providing turn-key near-field antenna measurement systems with over 450 systems delivered worldwide. NSI-MI offers systems ranging in size from tabletop designs to large precision systems for a wide variety of applications. Our customers use our systems for testing in aerospace and defense, commercial, wireless, automotive and many other applications. Our systems are available in a wide variety of standard configurations as well as being easy to customize to your specific application.
Vertical Planar Scanner Systems
NSI-MI's planar scanner line ranges from very small portable or table-top scanners to very large precision scanners used for satellite or radar antennas
Small Vertical Planar Scanner Systems
Medium Vertical Planar Scanner Systems
Large Vertical Planar Scanner Systems
Horizontal Planar Scanner Systems
Horizontal Scanners incorporates a next generation precision closed loop servo drive system and a highly engineered structure.
Small Horizontal Planar Scanner Systems
Medium Horizontal Planar Scanner Systems
Large Horizontal Planar Scanner Systems
Cylindrical Near-Field Scanner Systems
NSI-MI’s cylindrical scanners are well suited to testing fan beam, cellular base-station, stacked dipole arrays, and antennas that have broad azimuth and narrow elevation plane patterns. They are constructed to the highest standards and are based on years of experience.
Spherical Near-Field Scanner Systems
NSI-MI offers a large variety of Spherical Nearfield Antenna Measurement Systems of various sizes and configurations. The most common is the “Phi over Theta” systems where the AUT is mounted on the Phi positioner, which in turn is mounted on an L-bracket, mounted on a Theta positioner. In this case, the AUT is required to move for both the Theta and Phi motions, and the probe remains fixed. The second configuration we support is the “Theta over Phi” configuration. In this configuration, the probe is moved in an arc above the antenna to provide the Theta motion, and the AUT is mounted on a positioner and rotated to provide the Phi motion. A third configuration we support is the “Stationary AUT” configuration, where the probe is moved to provide both the Theta and Phi motions, and the AUT remains fixed. This is ideal when rotating the AUT is difficult or impossible.
NSI-MI offers systems ranging in size from tabletop designs to large precision systems for a wide variety of applications, such as aerospace and defense, commercial, wireless, automotive and many others. Our systems are available in a wide variety of standard configurations as well as being easy to customize to your specific application.