Tomoscope XL NC
Industrial 3D CT for extra-large workpieces
High-resolution 3D computed tomography (CT) equipment for production environments and measuring rooms
Technical specifications
Accuracy (MPE)4.5 µmISO 10360 standard
Resolution100 nmMinimum voxel size (Voxel Size)
Maximum measuring rangeD=500 / L=1010 mm
Key benefits
With a high tube voltage of 450 kV, TomoScope® XL NC is also suitable for measuring and testing rigid, large extreme measurements. It can be used to automatically exchange a second X-ray source to expand the range of applications, and it can also be used to measure smaller parts at the highest resolution. Applicable areas include 3D measurements of engine blocks, cylinder heads, and ceramic measurements.
- The high precision and high measuring point density achieved by the sub-sub-sub-selling technology combined with the design and structure of the full-scale shutter device in accordance with the X-ray regulations allows for the integration of a measuring instrument exchange system in the output formatted instrument correction system, which can be easily adjusted from a small convex angle to an optical position adjustment function workstation, which can be easily adjusted to the position of the measuring instrument, and can be integrated into the VDI 2617 standard compliance protocol for continuous and automatically available and traceable measurement results at night or on weekends, as standard options.
Compatible sensors and accessories
Sensors
3D CT
The X-ray source, which supports a voltage of up to 300 kV, achieves a monoblock design that delivers short measurement time and low maintenance costs at the same time, combining a high-resolution detector up to 28 megapixels to capture the micro-format clearly and ensure low measurement inaccuracy.
Accessories
Rotary axis
The rotary axis allows for the complete measurement of both rotational symmetrical and rectangular measurements at different points, providing optimal measurement access for different sensors. The loss of time and accuracy due to re-reporting disappears. Combining high position precision and oscillation correction functions, shafts, tools, gears, 3D measurements, etc. can be measured in a stable manner.
Accessories
Workpiece changing system
When a measuring system is directly integrated into the equipment, it can automatically supply the same or different components within the measuring area without additional setup time or separate radiation shutdown measures. The measuring equipment can be securely sealed throughout the entire measuring series, and can also perform measurements during "free" shift work without the intervention of the worker.
Accessories
CNC filter changer
Filtering the low-frequency radiation content can also reduce the antifact and measure the measurements that are large or difficult to pass. Beam painting filters of various materials and thicknesses ensure the optimal combination of antifact reduction and low noise. The selected filter is automatically replaced when the measurement program starts.
Accessories
Slit diaphragm
Using the screwdriver, you can only scan a portion of the measurement in raster mode, reducing the beam content, and the detector area is automatically set, or you can adjust the height of the active detector area to implement a line sensor function as an area detector, and limiting the detector area reduces the conimity of the detector.
Accessories
Longlife target
With the long-life target unit, the target requires no manual maintenance. WinWerth® monitors target wear and ensures constant tube output throughout a one-year maintenance interval. This increases uptime and reduces operating costs.
Accessories
Longlife filament
The filament wear decreases, and the maintenance cycle of open tubes using a voltage generator increases to four months, which increases the operating speed and reduces operating costs.
Accessories
WRT rotary/tilt head
Using the variable Werth rotary/ticket head, you can use chromatic focus point sensors to be positioned vertically on the surface of the measuring material, which greatly expands the range of application of the sensor, for example, even in a small wave profile with a diameter of 0.1 mm, you can measure line profile shape, channel depth, center of field offset, and embounding angle.
