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This device harnesses Optical Coherence Tomography (OCT) technology, enabling high-resolution 3D cross-sectional imaging akin to optical ultrasound. Positioned at the forefront of research, it serves diverse domains:

  • Animal Research: In collaboration with MAHE-Manipal, it facilitates imaging of rat (skin, cornea), mice (cornea, retina), and rabbit (cornea, retina), including microneedle insertions on rat skin. For instance, it aids in analyzing corneal thickening linked to dry eyes in mice (accessible via the provided report).
  • Pharmaceuticals: It finds application in quality assessment post-production, measuring coating thickness of tablets, capsules, micro-slides, and similar items.
  • Nanomaterials: Provides insight into 3D-printed materials, supporting analysis in this domain.
  • Immunology: Its potential applications extend to several unexplored areas, catering to research institutions and industries.

This device, accompanied by off-the-shelf technology, offers customizable specifications, analytical software, cloud storage, and optical/hardware functionalities. Key offerings include:

  • Academic Research: Modular Sub Assembly Modules facilitate easy assembly of custom OCT systems. Customized 3D imaging hardware and software are available for tailored research needs.
  • Life Science Research: Capable of 3D imaging of animal skin up to 1mm deep, and imaging of various animal eyes (zebrafish, mice, rat, rabbit, and Guinea pigs) using a single device. Additionally, standalone IXanner® Reader software streamlines result analysis, generating publication-quality reports. Calibration and measurement software are also provided.
  • AI-Driven Analysis: Introducing AI-based disease progression analysis and drug treatment response assessment.
  • Industry Use: Real-time measurement of coating thickness on metals and quality checks for surface deformities.

This device not only serves immediate purposes but also offers potential for further exploration across various sectors. Its adaptable nature, inclusive of customized hardware, software, and comprehensive analytical tools, positions it as a valuable asset in both research and industrial settings.

Transparent capsule doom part
Coloured capsule with
opaque density
Sample laser engraved scale. Base plate – Aluminium Coating – 52um black anodization
OCT image with width measurement layer 1- coating, layer 2-aluminium plate
Enface image showing scratches/absnormality on the surface coating layer
OCT image
Abnormality in the coating (scratches) on the base plate
OCT Depth Measurement
AEAR Specification
Wavelength 840 nm
Axial Resolution 7 µm
Acquisition Speed 13KHz, 40KHz, 80 KHz
Diopter Correction '-16D to +16 D
Output power at Sample <=750 µW
Imaging Depth 2.7 mm
SNR 119dB
Scan Options Line, Area, Circle, Multiline, Long and Radial Scan
Tele centricity 7mm X 7mm
Transverse resolution <=15 µm
Retinal FOV >= 45