Engineered with precision, this state-of-the-art device, model KSH0502, delivers a pure and concentrated oxygen-rich environment, promoting accelerated healing and improved overall well-being.
HBOT is used to treat various medical conditions, including decompression sickness, non-healing wounds, carbon monoxide poisoning, and radiation injuries, among others.
Importance in medical applications
II. Technical Specifications
A. Chamber dimensions and design
1. Dimensions (length, width, height)
2. Square shape and its advantages
3. Materials used in construction
B. Pressure capabilities
1. Maximum operating pressure (2.0 ATA)
2. Pressure control and monitoring systems
3. Safety features for pressure regulation
C. Oxygen delivery system
1. Oxygen supply and distribution within the chamber
2. Oxygen purity and flow rate specifications
3. Monitoring and control of oxygen levels
III. Medical Applications and Benefits
A. Wound healing
1. Improvement of tissue oxygenation
2. Promotion of angiogenesis and collagen production
3. Enhanced wound closure and reduced infection risk
B. Decompression sickness
1. Treatment of acute and chronic cases
2. Acceleration of gas bubble reabsorption
3. Reduction of residual symptoms
C. Carbon monoxide poisoning
1. Rapid displacement of carbon monoxide from hemoglobin
2. Improvement of oxygen delivery to tissues
3. Prevention of long-term neurological complications
D. Other medical conditions
1. Radiation injury
2. Acute traumatic ischemia
3. Cerebral edema