InCiTe 2.0 3D X-ray microscope for micro-CT imaging

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The inCiTe^™ 2.0 3D X-ray Microscope is an advanced micro-CT system that integrates phase contrast and spectral imaging to provide enhanced visualization of complex biological and orthopedic structures.

By acquiring dual-energy X-ray data with each exposure, inCiTe^™ 2.0 allows comprehensive differentiation of soft tissue, bone, and biomaterials, supporting detailed evaluation of implant integration, bone microarchitecture, and disease-related skeletal changes. Its robust imaging performance offers researchers high-resolution, quantitative 3D insights essential for preclinical orthopedic research and multi-material biomedical applications.

InCiTe 2.0 3D X-ray microscope for micro-CT imaging

Image Credit: Scintica Instrumentation Inc.

Features and benefits

Modular design that may be reconfigured and upgraded for optimal flexibility
Phase contrast imaging using propagation and the first-ever BrillianSe^™ a-Se/CMOS hybrid detector
Fits samples up to 200 mm in height and 300 mm in diameter with the Reveal^™ spectral flat-panel detector
X-ray source for thick or dense materials up to 130 kV
For maximum system spatial resolution, X-ray spots can be as small as 2 μm (110 kV maximum).

System specifications

Weight: 1380 kg
Dimensions: 810 mm (W) × 1780 mm (L) × 1800 mm (H)
Installation requirements: 100-240 VAC, 50-60 Hz

Detector specifications

Source: Scintica Instrumentation Inc.

	BrillianSe^™ Hybrid Detector	Reveal^™ Flat-Panel Detector
Pixel size at minimum magnification	8 μm	140 μm
Field of view (FOV)	30 mm (⌀) x 30 mm (H)	300 mm (⌀) x 200 mm (H)
FOV at maximum magnification	3 mm (⌀) x 3 mm (H)	10.7 mm (⌀) x 7.1 mm (H)
Pixel size at maximum magnification	0.8 μm (10x)	5 μm (28x)