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The Technology

The science of
cold, controlled.

World Cryo combines pressurized CO₂ delivery, optical guidance, and live thermal feedback to make targeted cold therapy repeatable, safe, and clinically precise.

How It Works

Four systems. One result.

Pressurized CO₂

Liquid CO₂ flashes to gas at the nozzle, dropping surface temperature to −108.4°F in under a second.

Live Skin-Temp Sensor

Infrared monitoring measures tissue temperature in real time so the operator stays inside the safe therapeutic window.

Red-Light Targeting

Optical guidance pinpoints exactly where the cold lands and confirms the operator's working distance.

Vasomotor Pump

Rapid vasoconstriction followed by aggressive vasodilation flushes inflammation and restores oxygenated flow.

Vasoconstriction and vasodilation diagram
The Vasomotor Effect

A pump for healing.

When skin temperature drops sharply, peripheral blood vessels constrict to protect the body's core. As the tissue rewarms, those vessels dilate dramatically — flooding the area with oxygen-rich blood, nutrients, and immune cells.

Phase 1 — Vasoconstriction

Rapid −108.4°F exposure constricts microvasculature, reducing inflammation and slowing nociception.

Phase 2 — Vasodilation

Thermal recovery triggers a rebound flush that dramatically increases oxygenated perfusion to the treated tissue.

Phase 3 — Adaptive Recovery

The pump effect accelerates metabolic clearance, modulates pain signaling, and primes muscle for the next training stimulus.

Cross-Species Recovery

One physiology.
Two species.

Mammals share the same vasomotor reflex. Whether it's a sprinter's quad or a sport horse's superficial digital flexor tendon, −108.4°F CO₂ triggers the identical constriction-then-dilation pump — flushing inflammation and flooding the area with oxygenated blood. The result: recovery times cut by 50% or more.

Human Athlete
Quads · Hamstrings · Shoulders

Deep-tissue vasoconstriction calms inflammation post-training; rebound vasodilation accelerates clearance and primes the next session.

Equine Athlete
Tendons · Hocks · Cannon Bones

Replaces 40+ minutes of cold hosing with 2–5 minutes of targeted CO₂ — same vasomotor cascade, dramatically deeper penetration, and a live skin-temp readout for safety.

Technical Specs

By the numbers.

Cooling Medium
Pressurized CO₂
Surface Temperature
−108.4°F (−78°C)
Session Duration
1–3 minutes per zone
Targeting
Red-light distance + position guidance
Monitoring
Real-time skin temperature sensor
Form Factor
Lightweight, fully portable
Power
Standard 110V outlet
Best For
Athletic recovery, clinical pain, performance prep

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