Hydrogen Wellness™ · Precision hydrogen. Performance standard.
- 6,000 ml/min output
- ISO 13485 certified
- DDP worldwide delivery
For elite athletes & performance environments
Molecular hydrogen inhalation for serious training environments.
The QY-F6000 and QY-F8400 deliver clinical-output hydrogen inhalation — 4,000 ml/min and 5,600 ml/min pure H₂ respectively — for athletes and operators who treat recovery as a performance input, not an afterthought.
- 4,000–5,600 ml/min pure H₂
- ISO 13485 certified manufacture
- 7-stage steam & water separation
- DDP worldwide delivery
Recovery is a performance input. The equipment should reflect that.
Oxidative stress is a measurable consequence of high-intensity training. The body produces reactive oxygen species as a direct byproduct of elevated mitochondrial demand — and at training loads that push adaptive capacity, ROS production outpaces endogenous antioxidant defences.
The peer-reviewed literature on molecular hydrogen — over 1,000 published papers — examines H₂ as a selective antioxidant: one that targets specifically cytotoxic radical species like the hydroxyl radical (·OH) while leaving adaptive ROS signalling undisturbed.
For athletes, this selectivity hypothesis is what makes inhalation an interesting protocol — not a broad-spectrum antioxidant intervention that blunts adaptation, but a targeted one.
The QY-F series delivers this at output levels that make clinical research protocols achievable in a training facility: 4,000 ml/min pure H₂ from the QY-F6000, 5,600 ml/min from the QY-F8400.
Who uses the QY-F series.
Elite athletes — individual protocols
Daily post-training inhalation sessions. QY-F6000 supports single or dual-user protocols — 60–90 minute sessions at full output. The 7-stage separation system delivers consistently dry gas across extended sessions.
High-performance training centres
QY-F6000 for smaller squad environments — three simultaneous users at full output concentration. QY-F8400 for larger facilities running back-to-back protocols on a clinic-grade continuous-duty stack.
Sports medicine and physiotherapy practices
ISO 13485 manufactured. CE, FCC, RoHS, ISO 9001 and ISO 13485 certified. Documentation available for institutional procurement. Clinic pricing on enquiry for multi-unit orders.
Serious amateur and masters athletes
For the athlete who trains at near-elite intensity and applies the same rigour to recovery equipment as to training methodology. The QY-F6000 at £8,250 with 1-year warranty and DDP worldwide delivery.
Choosing between QY-F6000 and QY-F8400.
Both are the QY-F series — same engineering tier, same 7-stage separation, same membrane choice. The difference is output and session capacity.
QY-F6000 H6 Pro™
- Pure H₂
- 4,000 ml/min
- Total output
- 6,000 ml/min
- Simultaneous users
- 3
- Steam separation
- 7-stage
- Duty cycle
- Continuous
- Price
- £8,250 (UK) / ~$10,800 USD
Best for · Individual daily protocol · home performance environment · small squad (2–3 athletes) · personal training studio
QY-F8400 H8 Pro™
- Pure H₂
- 5,600 ml/min
- Total output
- 8,400 ml/min
- Simultaneous users
- 3
- Control panels
- 2 independent
- Steam separation
- 7-stage
- Duty cycle
- Clinic-grade continuous
- Price
- $13,797 USD
Best for · Sports medicine clinic · physiotherapy practice · team recovery room · high-performance centre
The mechanism — what the research examines.
- 01
Exercise-induced oxidative stress
High-intensity training increases mitochondrial oxygen consumption significantly. The electron transport chain produces superoxide (O₂·⁻) and hydrogen peroxide (H₂O₂) as normal byproducts — in controlled amounts these participate in muscle adaptation signalling. Under high training loads, ROS production can exceed endogenous antioxidant capacity.
- 02
The selectivity hypothesis
Molecular hydrogen is studied specifically because of its proposed selectivity — the hypothesis that H₂ reduces highly cytotoxic radical species, particularly the hydroxyl radical (·OH), while leaving beneficial ROS involved in adaptation signalling undisturbed. This distinguishes it from broad-spectrum antioxidants like vitamin C, which neutralise indiscriminately and may blunt adaptive response.
- 03
Inhalation as delivery route
Inhalation delivers molecular hydrogen directly to the lungs, where it crosses the alveolar membrane into the bloodstream within minutes. At 4,000 ml/min pure H₂, the QY-F6000 delivers a sustained dose across a 60–90 minute post-training session — consistent with the delivery protocols used in published exercise research.
This section summarises published peer-reviewed research mechanisms. No performance or recovery outcome claims are made. These are general wellness devices.
What separates the QY-F series from standard hydrogen inhalers.
Standard inhalers use a single cannula water trap. The QY-F series removes moisture at seven progressive stages upstream — delivering consistently dry gas across the full session duration, including back-to-back clinic protocols.
The QY-A3000 — the standard tier multi-user inhaler from the same manufacturer — delivers 2,000 ml/min pure H₂. The QY-F6000 delivers twice that. The QY-F8400 delivers 5,600 ml/min.
German-sourced PEM or DuPont Nafion N115 (USA manufactured). Specify at checkout. No other hydrogen inhaler at this price point publishes membrane provenance.
The quality management standard of the medical device industry. Covers how the factory is run — process controls, documentation, audit trail. Not a medical device registration — a manufacturing quality statement.
Team and institutional orders.
Fleet pricing, documentation packages and clinical support are available for qualified operators — sports medicine practices, physiotherapy clinics, high-performance training centres and professional sports organisations.
Multi-unit orders and payment plan options available on enquiry. We respond to every serious institutional enquiry directly.
Ready to order?
DDP worldwide delivery. 1-year manufacturer warranty. Membrane choice at checkout. Secure Stripe checkout.