HyperView
FDA-cleared Tissue Oxygenation Imaging,
now offered by SafetySpect
HyperView
Clinical. Economical. Efficient.
Clinical.
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FDA-cleared noninvasive tissue oxygenation imaging system
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Reports an approximate value of oxygen saturation (O₂Sat), Oxyhemoglobin level (Oxy), and Deoxyhemoglobin level (Deoxy) in superficial tissue
Economical.
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No injectable contrast agents are used
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Built-in touch screen display allows clinicians to quickly complete their assessment process
Efficient.
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Portable, handheld, and battery powered - optimized for mobility and ease-of-use
Impact
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830 million diabetics worldwide, with chronic wounds costing Medicare $22.5 billion annually (WHO, 2024)
Core Technology
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Patented technology that analyzes light absorption to provide information related to tissue oxygenation (Alison et al., 2023)
Key Advantages
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Published clinical research (Sen, 2025) reported 96% PPV in that study’s population, with earlier identification of ulcer-forming tissue versus clinical observation
One device, multiple specialties
Wound & Diabetic Care
Provides adjunctive tissue oxygenation imaging to support clinician assessment of patients at risk
Vascular Assessment
Provides noninvasive visualization of superficial tissue oxygenation for vascular assessment
Surgical Monitoring
Provides real-time visualization of tissue oxygenation that can support clinician assessment during and after procedures
Clinically evaluated technology designed to support clinician decision-making
NIH Diabetic Foot Ulcer Study
In published research (Nouvong, 2009), authors reported:
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Positive Predictive Value: 96%
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Sensitivity/Specificity: 88% / 88%
Ulcer Prediction Algorithm
In published research (Yudovsky, 2011), authors reported:
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Sensitivity: 95%
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Detected ulcers 58 days earlier than clinical observation
The performance metrics shown (PPV, Sensitivity, etc.) are from published clinical studies and are not part of the FDA-cleared indications for HyperView.
The technology is also published in Diabetes Care, Journal of Vascular Surgery, Annals of Vascular Surgery, Journal of Biomedical Optics, and many more