IBEX Hyperbaric Oxygen
in Korea, Incheon, Songdo Korea
IBEX Hyperbaric Oxygen Therapy (HBOT) delivers high-concentration oxygen in a pressurized chamber, allowing oxygen to dissolve directly into plasma and enhancing oxygen delivery to tissues.
This increased oxygen availability supports cellular metabolism and tissue recovery under medical supervision using protocols up to 2 ATA.
What is
IBEX Hyperbaric Oxygen Therapy?
in Korea, Incheon, Songdo Korea
IBEX Hyperbaric Oxygen Therapy (HBOT) is a medical treatment that delivers high-concentration oxygen in a pressurized environment to support tissue recovery and cellular function. By increasing atmospheric pressure inside a hyperbaric chamber, a higher amount of oxygen can be dissolved into the bloodstream and delivered to tissues throughout the body.
At LABE Plastic Surgery, HBOT is performed using the IBEX hyperbaric chamber, with treatment protocols reaching 2 atmospheres absolute (2 ATA) under controlled medical supervision.
How Does IBEX Hyperbaric Oxygen Therapy Work?
in Korea, Incheon, Songdo Korea
During treatment, the patient rests inside the IBEX M2 chamber while the internal pressure is gradually increased to 2 ATA, and high-concentration oxygen is administered.
The IBEX system is designed to maintain stable pressure control while minimizing discomfort during pressurization and depressurization.
Increased pressure allows oxygen to dissolve directly into plasma
Oxygen delivery to tissues is enhanced beyond normal breathing levels
Oxygen availability supports cellular metabolism and tissue recovery
Treatment parameters are automatically controlled for safety and comfort
Benefits of IBEX Hyperbaric Oxygen Therapy
in Korea, Incheon, Songdo Korea
HBOT is often incorporated as part of a comprehensive recovery or regenerative care plan rather than as a standalone cosmetic treatment.
Enhances oxygen delivery to tissues and cells
Supports wound healing and tissue recovery
Helps improve circulation and cellular metabolism
May aid recovery after surgery or regenerative treatments
Non-invasive therapy performed in a controlled environment
Uses a medical-grade chamber with standardized pressure protocols
Why Choose LABE for IBEX Hyperbaric Oxygen Therapy?
in Korea, Incheon, Songdo Korea
At LABE Plastic Surgery, IBEX Hyperbaric Oxygen Therapy is performed using two IBEX medical-grade hyperbaric chambers, allowing flexible scheduling and consistent treatment availability. All treatments are conducted under the supervision of a board-certified plastic surgeon, with protocols carefully selected and pressurization reaching 2 ATA based on individual condition and therapeutic goals.
LABE brings extensive clinical experience with HBOT, supported by academic presentations and professional discussions at medical conferences, reflecting a deep understanding of hyperbaric oxygen therapy in clinical practice. Rather than applying a standardized approach, LABE emphasizes patient safety, precise pressure control, and thoughtful integration of HBOT with surgical, laser, or regenerative procedures to support optimal recovery and tissue health.
Board-Certified Plastic Surgeon
Dr. HYUNG JUN MIN
ABOVE & BEYOND in ANTI-AGING & WELLNESS
“Sincerity, passion, and a dedication to true beauty—
Creating exceptional experiences for every patient.”
Integrated Regenerative Treatments with IBEX Hyperbaric Oxygen Therapy
At LABE Plastic Surgery, IBEX Hyperbaric Oxygen Therapy (HBOT) can be thoughtfully combined with regenerative treatments as part of an integrated care approach. In particular, undergoing MCT MetaCell treatment after IBEX HBOT and subsequent blood collection may be beneficial. Hyperbaric oxygen therapy helps optimize the body’s oxygen-rich environment, which can support cellular activity and tissue condition prior to blood-based regenerative procedures.
Following HBOT, blood is collected and processed for MCT MetaCell, allowing the treatment to be applied in a physiologic state that may enhance regenerative signaling. This sequential approach reflects LABE’s strategy of coordinating therapies to support recovery and regeneration rather than applying treatments in isolation.
