Rlab Intermittent Hypoxic Hyperoxic Treatment

SKU: RLAB-IHH Categories: ,

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Rlab Intermittent Hypoxic Hyperoxic Treatment
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Cellular Exhaustion: The Limits of Conventional Oxygen Therapy

Modern living, intense metabolic stress, and physiological aging frequently compromise mitochondrial efficiency, leading to diminished endurance, prolonged recovery times, and accelerated cellular decay. Standard continuous oxygen therapy provides uniform oxygen levels but fails to stimulate cellular adaptation mechanisms. Without controlled physiological stress, cells do not trigger the biogenesis of new mitochondria, leaving the body dependent on static oxygen delivery without actually upgrading its underlying energy-production hardware.

 

Metabolic Rejuvenation: Intermittent Hypoxic Hyperoxic Treatment

The Intermittent Hypoxic Hyperoxic Treatment (IHHT) system provides an advanced, non-invasive cellular training platform engineered to force mitochondrial optimization. By alternating short intervals of reduced oxygen (hypoxia, 9%–14% O2) with intervals of enriched oxygen (hyperoxia, 30%–36% O2) at normal atmospheric pressure, IHHT selectively eliminates damaged, inefficient mitochondria while accelerating the replication of healthy ones. This controlled physiological training cycle enhances VO2 max, improves cardiovascular resilience, balances the autonomic nervous system, and revitalizes cellular energy production without requiring physical exertion.

 

Key Performance & Technical Features

  • Parker Imported Separation Membrane: Utilizes high-grade USA-imported Parker separation membranes to deliver continuous, pure, and precisely controlled gas separation.

  • Intelligent AI Software Control: Features automated algorithms that continuously calculate and adjust gas mixture output based on the user's real-time physiological response.

  • Real-Time Biofeedback & Sign Detection: Integrated pulse oximetry and heart rate sensors closely monitor physical parameters to guarantee absolute safety and automatic fail-safes during sessions.

  • Wide-Range Oxygen Controllability: Offers precise gas concentrations ranging from low oxygen (hypoxia down to 9%–11%) to enriched oxygen (hyperoxia up to 28%–34%).

  • Adequate High-Flow Gas Delivery: Built with high gas flow dynamics (30–70 LPM) to eliminate breathing resistance, making inhalation effortless and comfortable.

  • Mitochondrial Biogenesis & HIF-1$\alpha$ Activation: Triggers Hypoxia-Inducible Factor 1-alpha ($\text{HIF-1}\alpha$), stimulating endogenous antioxidant production, angiogenesis, and stem cell response.

  • Comprehensive Health Applications: Designed to accelerate fat burning, boost cardiopulmonary function, support antihypertensive & anti-atherosclerotic effects, improve cognitive performance, and increase vitality.

Rlab IHH-M1128: Advanced Clinical & Commercial Workstation

The Rlab IHH-M1128 is a compact, metal-body mobile workstation engineered with a smaller structural profile. Delivering gas flow rates up to 70 LPM with operating noise kept under 56 dB, it provides high-efficiency cellular training in a balanced form factor ideal for private treatment rooms and home spaces.

Specifications:

  • Product Model: IHH-M1128

  • Material: Metal Enclosure

  • Dimensions (L × W × H): 400 × 400 × 700 mm

  • Weight: 45 kg

  • Oxygen Concentration Range: 11% – 28% (Adjustable)

  • Gas Flow Rate: 30 – 70 LPM

  • Noise Level: < 56dB

  • Mobility: Built-in omnidirectional wheels

  • Power Consumption: 800 W

  • Operating Voltage: 110 V – 250 V (Customizable)

  • Ambient Conditions: Temperature 5–40°C | Humidity < 80%

  • Certifications: CE Certified

  • Customization Options: Custom color, appearance, and UI interface branding available

Rlab IHH-M0934: Compact Personal & Suite System

The Rlab IHH-M0934 features a larger vertical tower footprint standing 1000 mm tall. It is designed with an expanded oxygen concentration window—reaching down to 9% hypoxia for deep altitude simulation and up to 34% hyperoxia—making it suited for clinical performance centers, sports facilities, and high-demand users requiring broader parameter ranges.

Specifications:

  • Product Model: IHH-M0934

  • Material: Metal / Reinforced Polymer

  • Dimensions (L × W × H): 500 × 500 × 1000 mm

  • Oxygen Concentration Range: 9% – 34% (Adjustable)

  • Gas Flow Rate: High-flow rate delivery

  • Mobility: Integrated heavy-duty caster wheels

  • Control System: Intelligent software control with real-time biofeedback

  • Separation Technology: USA Parker imported separation membrane

  • Certifications: CE Certified

  • Customization Options: Full customization (Oxygen levels, training parameters, UI, appearance)