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A Premium Modular Hyperbaric Chamber

A 2.0 ATA aluminum chamber with four modular sections, designed for easier transport, assembly, and installation.

Flexible installation in virtually any space with minimal structural modification.

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Hyperbaric Performance with Greater Installation Flexibility

BAHI O2 Hexagon — A premium 2.0 ATA chamber featuring a modular assembly design.

Modular Aluminum Body

The chamber body is designed in four structural modules for easy disassembly and reassembly. Built with an aerospace-grade aluminum alloy, it weighs approximately 300 kg—significantly lighter than comparable steel chambers.

Ergonomic Recliner

Unlike conventional bed-type chambers, it features a seated recliner designed for optimal comfort. The private single-person supports a stable and comfortable seated posture throughout each session.

Pressure Control & Safety System

A multi-layer safety system combines precise pressurization and depressurization control with an overpressure relief valve, emergency decompression, and two-way intercom.

Signature Interior

Optional signature interior features include quilted leather seating, metal trim, and a fiber-optic starlight ceiling.

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This system is recommended for use under professional guidance.

Installation Challenges with Conventional Hyperbaric Chambers

When installing a 2.0 ATA chamber,
facilities often face three practical structural challenges.

Difficult Delivery & Movement

One-piece chambers must be brought in fully assembled. Elevator dimensions, doorway widths, and corridor turning radii can make installation difficult or even impossible.

Construction & Restoration Costs

Large chambers often require additional construction, such as widening entrances or reinforcing structures. In leased spaces, restoration costs may also be required when the lease ends.

Weight & Space Limitations

The weight and footprint of conventional steel chambers may require floor-load assessments for upper-floor installation and can limit installation options in existing spaces.

Key Features of the Seat-Type System

Enjoy a deeply relaxing experience inside.
*Equipped with a premium reclining chair that maintains comfort even during extended sessions.

Spacious Interior

The spacious interior with wide viewports minimizes
any sense of confinement, providing users with a sense of psychological ease and openness.

User-Friendly Entry Design

Equipped with a top and side door system, the unit is engineered for easy and safe entry and exit for all users.

Quiet & Serene Environment

By effectively blocking external noise and minimizing internal mechanical sound, the system provides a quiet environment solely dedicated to rest and conditioning.

One-Piece Chamber vs. Modular Chamber

Category Conventional One-Piece Steel Chamber BAHI O2 Hexagon
Delivery Delivered fully assembled · Limited by entry dimensions Delivered in 4 Modules · Fits Through Standard Doorways
Installation May require doorway expansion or structural reinforcement Assembly Installation · No Structural Work or Restoration Required
Relocation Full delivery and installation process must be repeated Disassemble by Module & Reassemble
Body Material Steel (Heavyweight) Aluminum Alloy (Approx. 300 kg)
Chamber Design Cylindrical Design Hexagonal Shell Structure (Pressure Distributed Across 6 Sides)

Hexagon Technology

Air Pressurization System

The chamber is pressurized with ambient air, while oxygen is delivered through a dedicated mask. Because the chamber itself is not filled with oxygen, this approach helps reduce fire and explosion risks.

Precise 2.0 ATA Control

Pressure can be smoothly adjusted from 1.1 to 2.0 ATA in 0.1 ATA increments, allowing pressure to be increased gradually according to the user’s needs and comfort.

Breath-Synchronized Oxygen Supply

High-concentration oxygen is delivered through a dedicated mask in sync with breathing, while exhaled air is discharged outside the chamber.

Flame-Resistant Interior & Safety Design

The interior is finished with flame-resistant materials and incorporates multiple safety features, including an overpressure relief valve, emergency decompression, and intercom system.

※ This information describes the product’s structure and operating principles and does not imply direct efficacy or the diagnosis, treatment, or prevention of any specific disease.

Hyperbaric Oxygen: An Academic Perspective

Hyperbaric oxygen has been the subject of academic research for many years.
The following highlights broader research trends in hyperbaric oxygen technology, focusing primarily on studies involving healthy adults.
This information does not describe the efficacy of this product or imply the diagnosis, treatment, or prevention of any specific disease.

MECHANISM · PHYSICS

The Physics of Dissolved Oxygen

Under increased pressure, the amount of oxygen physically dissolved in blood plasma is known to increase according to Henry’s Law. This oxygen, dissolved directly in plasma rather than bound to hemoglobin, can diffuse into tissues—one of the fundamental physical mechanisms that has long been studied in hyperbaric oxygen research.

RESEARCH · CELLULAR AGING

Cellular Aging Marker Research

In a study of independently living healthy adults aged 64 and older using a specific HBOT protocol (Hachmo et al., Aging, 2020), changes in cellular aging-related markers in immune cells were reported. The study involved a healthy aging population rather than patients with specific diseases.

RESEARCH · COGNITION

Cognition-Related Research

In a randomized controlled trial involving healthy older adults (Hadanny et al., Aging, 2020), changes in cognition-related measures were observed. The study illustrates how hyperbaric oxygen exposure is being investigated as an intervention distinct from lifestyle or exercise-based approaches.

These findings were obtained under specific hyperbaric oxygen protocols—including pressure level, number of sessions, and treatment duration and under defined research conditions. Results may vary depending on the individual, environment, and protocol.
This product is a wellness device. The studies cited above were not conducted using this product and do not guarantee the efficacy of this product.
References: Hachmo Y et al., Aging. 2020;12(22):22445–56. Hadanny A et al., Aging. 2020;12(13):13740–61.

Honeycomb Design for Maximum Space Efficiency and Safety

At its smallest scale, the structure of a honeycomb is hexagonal.
We applied one of nature’s most efficient and structurally stable forms to the chamber design.

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Inspired by Cellular Geometry

At the smallest structural level, hexagonal patterns are found throughout nature. This geometry is known for creating strong structures with minimal material.

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Six-Sided Pressure Distribution

Internal pressure is evenly distributed across six surfaces, helping maintain a more stable and comfortable chamber environment.

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Compact Packaging

The sections nest together for compact storage and transport, improving both portability and installation efficiency.

※ This section explains the use of similar geometric forms across various engineering fields and does not imply that this product has the same properties or effects as those applications.

Target Users

Our high-concentration oxygen care solution provides a comfortable environment for condition management, tailored to a variety of modern lifestyles.

Active Lifestyle & Sports Recovery

Helps ease physical tension after intense exercise or activity and supports a refreshing recovery experience. Designed to help you feel recharged and ready to return to an active daily routine.

Business Performance & Focus Care

Provides a refreshing oxygen-rich environment for mental relaxation after long hours of work or study. Helps create a calm, comfortable setting when everyday stress builds up.

Senior Vitality & Daily Balance

Supports everyday condition management to help maintain an active and balanced lifestyle. Designed to promote a lighter, more refreshed feeling as part of a daily wellness routine.

PRODUCT SPECIFICATIONS

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Product Name Hyperbaric Oxygen Chamber (Modular / Hexagon)
Model HBOT-120
Product Category Wellness Device (Not a Medical Device)
Structure 4-Module Design (Disassembly & Assembly)
Body Material Aluminum
Weight 300kg
Maximum Pressure 2.0 ATA (Adjustable Levels)
Chamber Dimensions 2,200 × 840 × 1,800mm
Module Width Approx. 550 mm (Fits Through Standard Doorways)
Interior Configuration Seated Recliner
Oxygen Supply Oxygen Mask Used Inside the Chamber
Safety System Overpressure Relief Valve · Emergency Decompression · Intercom
Country of Origin / Manufacturer Republic of Korea / Hue Light Co., Ltd.

Specifications are subject to change without notice for product improvement.

Frequently Asked Questions

Q1. Can it be installed in a building without an elevator?

Yes. The chamber separates into four modules for individual transport. Each module is narrower than a standard doorway, allowing it to be brought indoors without the need for a crane or forklift.

No additional construction is required. The chamber is assembled from modular sections, so even in leased spaces, there is no need for restoration work related to permanent structural modifications.

The hexagonal form provides a spacious interior relative to the amount of material used and allows pressure to be distributed across six sides. This is the same basic structural principle seen in honeycomb geometry.

The Hexagon model is designed for private, single-person wellness care at up to 2.0 ATA. For facilities requiring higher pressure, we also offer the bed-type HBOT-130, with a maximum pressure of 3.0 ATA.

Unlike conventional bed-type chambers, the Hexagon features a seated reclining chair for a more relaxed experience. Users can recline comfortably in a quiet, private cabin during each session.

With an aluminum body weighing approximately 300 kg, the Hexagon is lighter than comparable steel chambers. Floor-load requirements vary by building and installation location and should be reviewed as part of the site assessment.

From Personal Wellness to Clinical Integration.

Get Expert Consulting for Your Optimized Solution.

[Product Notice & Disclaimer]The principles and academic information regarding hyperbaric oxygen technology presented on this page are provided for general informational purposes only and do not constitute claims regarding the direct efficacy or benefits of this product.
This product is currently undergoing certification and will be available for sale upon completion of the certification process.