X-Ray and CT Systems inspect the complex inner structures of products and detect any defects within them, all without disassembling the product.
The XT H 450 system, developed with the world's first 450kV microfocus X-ray source, can be utilized to ensure effective evaluation of small- to medium-sized metal castings, such as turbine blades of aircraft and automotive engines.

A vehicle is composed of approximately 30,000 parts while a medium- to large-sized aircraft consists of approximately 3 million. The MCAx S series is suitable for profile measurement of components that vary in sizes and materials, such as machined, pressed and plastic parts. This portable, easy-to-use, 7-axis measuring arm greatly improves productivity both on the shop floor and in the field.

Laser Radar Measuring Systems enable automated inspection of subjects up to 50m away. Nikon's unique technology realizes measurement of samples with various surface materials, textures, and reflectivity. In automotive manufacturing, APDIS is used for car body and component inspection, realizing instant feedback to the production process.

A variety of electronic devices are installed in aircraft and vehicles. Electronic parts can be measured with the Video Measuring System NEXIV VMZ-S series that achieve noncontact, high-precision, and automatic measurement based on images captured by the CCD camera.
Realizing quick, precise and automatic measurement of large volumes, Nikon's systems provide strong support for mass manufacturing, helping to maintain high quality for injection molds, mechanical parts, IC chips, and electronic components.

Autofocus Total Station Nivo-Z

Total stations are surveying instruments used to measure distance and angle. The advanced autofocus function speeds up survey job and reduces fatigue in aiming work. Compact and lightweight, the Nivo-Z is especially effective in dangerous places such as steep slopes and high-rise construction sites.

Optical processing machines

Nikon's proprietary metal processing machine, which utilizes technology cultivated in the development and manufacture of semiconductor lithography equipment, known as "the most precise machine in history," can easily perform a variety of metal processing with high precision using lasers, from metal 3D printer elements such as modeling and additive manufacturing to marking, welding, and even polishing.