The customized anthropomorphic optical phantoms are designed to replicate not only the optical properties of human tissues (absorption and reduced scattering coefficient), but also the anatomical structure of specific body parts. These phantoms indeed provide a realistic simulation of human morphology and light-tissue interactions, hence enabling highly relevant validation of biophotonics imaging and spectroscopy systems, including Diffuse Optical Tomography (DOT) and fluorescence-based techniques.
Unlike homogeneous phantoms, we engineer anthropomorphic optical phantoms to simulate the geometry and internal structure of human anatomy, such as the torso, limbs, breast, or abdomen, and additionally we can include embedded organs, vascular structures, and lesions. Therefore, their anatomical realism and tunable optical features make them essential tools for both technical validation and clinical simulation.
Each phantom can be tailored to specific research needs, notably making them an ideal tool for those working in optical diagnostics, imaging, surgical guidance technologies, or training environments.
⚠️ Please note: This page refers to non-head phantoms. For head models, please refer to the dedicated product page.
🚫 Not suitable for X-ray, MRI, or any non-optical imaging modalities.
Key Features & Benefits
✅ Anatomically Realistic Geometry – Mimic the shape and internal structure of body parts, such as torso, limbs, breast, or abdominal regions.
✅ Tissue-Mimicking Optical Properties – Customized absorption and reduced scattering coefficients, enabling accurate simulation of light propagation in tissue in near-infrared and visible range.
✅ Internal Organ & Vessel Simulation – Capable of incorporating embedded optical targets, such as tumors, vessels, or perfused regions.
✅ Fully Customizable Designs – Manufactured according to customer specifications, including geometry, optical parameters, internal structure, and target placements.
✅ Integrated Fluorescence Support – Phantoms can include fluorescent inclusions for quantitative fluorescence imaging, including targeted or layered fluorescence studies.
✅ DOT-Compatible – Ideal for Diffuse Optical Tomography (DOT), supporting multi-channel measurements and complex light propagation across layers and structures.
✅ Multi-Layered and Heterogeneous Structures – Ideal for simulating realistic clinical conditions and testing depth sensitivity or tissue contrast.
✅ Robust & Durable – Built with long-lasting materials, suitable for repeated use in lab and clinical settings.
Why Choose Anthropomorphic Optical Phantoms?
🔹 They combine optical accuracy with real-world anatomical fidelity, offering a true-to-life testing environment.
🔹 Every body region can be replicated – breast, abdomen, arm, thorax, etc.
🔹 No two experiments are the same – and our phantoms can be custom-built to match specific study requirements.
🔹 They bridge the gap between theoretical simulations and actual biological complexity.
🔹 They are developed by experts in biophotonics phantom manufacturing—and tailored with scientific precision.
Applications
🔬 Diffuse Optical Tomography (DOT) – Assess spatial resolution, depth sensitivity, and reconstruction quality in 3D imaging of anatomically relevant regions.
🌟 Fluorescence Imaging – Study fluorescence signal localization, quantification, and depth penetration using phantoms embedded with fluorescent dyes or structures.
⚕️ Surgical Planning & Guidance System Testing – Evaluate fluorescence-guided surgical techniques or optical navigation systems under realistic conditions.
📊 Functional Optical Imaging – Study hemodynamics, oxygenation, or perfusion using embedded targets or dynamic regions.
🏥 Training & Simulation – Provide clinicians or students with realistic hands-on experience for device use, probe handling, and optical alignment.
🧪 Device Calibration in Complex Geometries – Validate performance and reproducibility of NIRS, DOT, or fluorescence instruments across curved or layered anatomical structures.
BioPixS anthropomorphic optical phantoms are the best solution for realistic optical phantom development, combining biophotonic precision with anatomical realism. They are ideal for applications in DOT, NIRS, and fluorescence imaging, and can be tailored to meet the most specific experimental demands.
📩 Want to replicate a real-world anatomical scenario? Let’s build it together—contact us today to start your custom design or request a quote!
