Infrared thermal imaging allows us to see how your body is functioning—not just how it looks structurally.
Thermography is a physiological imaging technology, which means it captures temperature patterns, blood-flow changes, vascular activity, nerve stress, and inflammation patterns that may not be visible on traditional anatomical tests.

This makes thermography different from—and complementary to—anatomical tools such as ultrasound, mammography, or MRI.

• Anatomical imaging shows structure: lumps, masses, shapes, and tissues.
   
• Physiological imaging shows function: heat, circulation, stress responses, and patterns of imbalance.
   

Thermography does not replace anatomical imaging; instead, it provides an additional layer of insight into how the body is responding, adapting, or compensating.

Thermography uses a highly sensitive infrared camera to map temperature variations across the body. These variations may reflect:
• Areas of inflammation
• Circulatory patterns and microvascular activity
• Nerve stress or autonomic imbalance
• Muscular strain or postural tension
• Breast symmetry and thermal behavior
• Patterns related to lymphatic congestion
• Functional changes before symptoms develop

Because physiology often changes before structure, thermography can help identify emerging patterns early, monitor progress, and guide wellness or clinical follow-up when needed.

 Thermal imaging provides a non-invasive, no-radiation, painless way to understand the body’s functional state:

 Non-Invasive & Radiation-Free

No compression, no contact, and no exposure to radiation.

Can show functional changes that are not visible on structural imaging.

Ideal for monitoring inflammation, nerve irritation, postural strain, circulatory patterns, and breast thermovascular changes.

Helps guide lifestyle, nutritional, structural, and medical referrals based on physiological patterns.

Thermography can be used for:
• Breast studies
• Full-body or regional scans
• Pain and inflammation evaluation
• Dental, sinus, jaw, or TMJ-related patterns
• Thyroid and autonomic balance insights
• Circulation and vascular pattern monitoring
• Musculoskeletal and nerve pathway stress