InCiTe™ 3D X-Ray Microscope
A high-resolution ex vivo benchtop micro-CT equipped with phase contrast
Imaging Gallery
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System Overview
The inCiTe™ 3D X-ray Microscope is a state-of-the-art benchtop micro-CT platform designed to deliver high-resolution, three-dimensional visualization of biological tissues, bone microarchitecture, and advanced materials. Its phase contrast imaging capabilities reveal fine structural details in trabecular and cortical bone, implant-tissue interfaces, and low-density specimens that are difficult to resolve using conventional X-ray techniques. Compact yet powerful, the inCiTe™ 3D delivers exceptional insights, revolutionizing applications in preclinical orthopaedic research
Features & Benefits
Propagation-based X-Ray Phase Contrast
Ultra High Resolution
Ex Vivo Imaging of Biological Samples
Simplified Workflow
Faster Scan Time
Friendly User Interface
Models & Specifications
inCiTe™ 3D X-ray Microscope 5 μm
Source Specifications-
Type: Maintenance-free, sealed
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Smallest Spot Sixe: 5 μm (at 4W)
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Voltage: 40-100 kV
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Maximum Power: 20 W
inCiTe™ 3D X-ray Microscope 2 μm
Source Specifications-
Type: Maintenance-free, sealed
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Smallest Spot Sixe: 2 μm (at 4W)
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Voltage: 40-100 kV
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Maximum Power: 16 W
| General Specifications | inCiTe™ 3D X-ray Microscope 5 μm / 2 μm |
|---|---|
|
Maximum sample/scanning diameter |
25 mm |
|
Maximum scanning length |
30 mm |
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Maximum sample length |
100 mm |
|
Image format |
Raw (no header), 16-bit unsigned, little endian |
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Spatial resolution |
11 μm (0.5 MTF at 45 cycles/mm)
5.6 μm (0.1 MTF at 90 cycles/mm) |
|
X-Ray phase contrast |
Propagation-based |
|
Source-to-object distance |
44-410 mm |
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Source-to-detector distance |
84-450 mm |
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Lateral object translation |
50 mm |
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Vertical object translation |
12.7 mm |
|
Rotational stepping |
0.01 degrees (min.) |
|
Detector type |
Selenium-CMOS direct conversion |
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Detector format |
16 MP (4k x 4k pixels) |
|
Detector area |
32 × 32 mm2 |
|
Pixel pitch |
8 μm |
|
Pixel size at maximum magnification |
0.8 μm |
|
Radiation safety |
< 4 μSv/hr at 5 cm distance from any accessible surface |
|
Dimensions (D x W x H) |
48 cm (D) x 150 cm (W) x 60 cm (H) |
|
Weight |
280 kg |
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Installation requirements |
|
Applications
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Preclinical Imaging
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Orthopaedics
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Post-injury Fracture Healing
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Bone Diseases
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Musculoskeletal Disorders
Imaging Gallery
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