Multiplace hyperbaric oxygen chambers

Multiplace HBOT (Hyperbaric Oxygen Therapy systems are designed to treat multiple individuals simultaneously in a shared, pressurised environment. These chambers deliver pure oxygen through individual masks at controlled pressures (typically between 2.0 – 2.4 ATA), supporting efficient treatment while maintaining comfort, safety, and communication. Ideal for clinical settings, they enhance oxygen uptake to accelerate recovery, resilience, and systemic healing.

Key Features

Ergonomic Multi-Occupant Configuration

Spacious interiors with medically approved, contoured seating support simultaneous treatments while maintaining patient comfort and operational efficiency.

Therapeutic Environmental Design

Panoramic viewports, ambient lighting, and quiet pressurisation reduce anxiety and improve patient tolerance during sessions.

Streamlined Safety and Control

Integrated communication systems, intuitive user interfaces, and built-in safety features ensure each session runs smoothly—for both clients and clinical teams.

Tailored Options for Every Client and Clinic

ATLANTIS

2 SEAT, 2.4 ATA

  • Dual reclining seats support comfortable paired sessions

  • Transparent, modular build fits compact clinical spaces

  • Ideal for wellness pairings or small practice setups

MEDITERRANEAN

4 SEAT, 2.4 ATA

  • Luxuriously styled with premium seating and lighting

  • Built for dependable, high-volume daily operation

  • Suited to professional clinics offering shared HBOT sessions

GIZA

4 SEAT, 3.0 ATA

  • Four-seat layout designed for group therapy and recovery

  • Panoramic windows and ambient lighting enhance relaxation

  • Perfect for sports teams, families, or wellness clinics

Browse a range of single-occupant hyperbaric chambers

Monoplace hyperbaric chambers provide a focused, private environment for individual therapy sessions. They’re ideal for wellness clinics, medical practices, or home use, offering comfort, precision, and a streamlined experience tailored to personal treatment needs.

Why Choose HPOTech Chambers?

Oxygen & Air Switching for Enhanced Therapy

Built-in cycling between oxygen and ambient air follows clinically established protocols to improve oxygen efficiency, boost stem cell mobilisation, and increase the effectiveness of each session. This approach mimics natural fluctuations in oxygen levels and has been shown to stimulate deeper physiological responses than constant exposure.

Designed for a Calming User Experience

The transparent acrylic design creates a more open and inviting environment, helping to ease anxiety and reduce feelings of claustrophobia—particularly important for first-time users. Clients are more likely to relax and return for future sessions when the chamber feels spacious and visually accessible.

Precision Engineering & Build Quality

Manufactured with durable materials and exceptional attention to detail, HPOTech chambers are built for longevity, low maintenance, and safe daily use in demanding environments. Each unit undergoes rigorous quality control, ensuring reliable performance and professional-grade resilience over years of service.

BiBs Mask Compatibility

Fully compatible with BiBs (Built-in Breathing Systems), HPOTech chambers support advanced oxygen delivery for high-performance clinical or wellness applications. This ensures you can offer both air break protocols and targeted oxygenation strategies with full control and flexibility.

FOA & UK Compliance

All HPOTech chambers meet strict FOA (Fire, Oxygen, Airworthiness) standards and UK safety regulations, offering full legal assurance for both clinical and commercial use. You can operate with confidence knowing your equipment aligns with best practices in safety, risk management, and operational compliance.

Schedule a call to explore cutting-edge hyperbaric solutions.

Connect with our consultant to discuss your needs, gain insights into medical and wellness HBOT applications, and discover custom solutions tailored to your goals. Learn how our innovations are shaping the future of hyperbaric therapy.