Get the inside picture of complex industrial parts by looking into the internal structure. The XT H series provides high-accuracy measurement of internal and external dimensions simultaneously without destroying the part. By leveraging the fourth dimension of material density and structure, Nikon Metrology delivers advanced microfocus X-ray sources and programmable 5-axis manipulators to qualify and quantify any dimension in a smooth, fast process.
Product Overview
The XT H series offers a wide range of micro-CT systems for advanced industrial X-ray and CT inspection. From the compact XT H 160 to the powerful XT H 450, these systems incorporate proprietary microfocus X-ray sources, high-precision manipulators, and fast acquisition software. They are designed to meet the demands of research and production environments across multiple industries including aerospace, automotive, and electronics.
Nikon Legacy
Expert Engineering: With over 30 years of experience, Nikon Metrology designs and manufactures complete systems in-house, including the microfocus sources and 5-axis programmable manipulators for global support and reliability.
System Configuration
Source Voltage160kV to 450kV
Manipulator5-Axis Programmable
Imaging Type2D X-ray & 3D CT
ResolutionMicrofocus Detail
ApplicationsIndustrial & Research
SoftwareFast Acquisition/Recon
Key Features
Microfocus X-ray Sources
Proprietary Nikon microfocus sources provide superior image resolution and clarity, allowing for the inspection of minute internal details in various material densities.
5-Axis Manipulator
High-precision fully programmable manipulators ensure flexible part positioning and repeatable inspection routines for complex industrial components.
Advanced Software
Integrated software solutions enable rapid data acquisition and 3D reconstruction, transforming raw X-ray data into actionable volumetric insights.
Versatile Platforms
A comprehensive system range from 160kV to 450kV accommodates everything from small plastic connectors to large turbine blades and engine castings.