Therapy Oxygen Cylinder Medical Grade Compressed Gas

Therapy Oxygen Cylinder – Refrigerant Gas Suppliers™ Healthcare

The intelligent Therapy Oxygen Cylinder device calculates remaining treatment time based on gas content and selected flow rate. The large digital display clearly shows cylinder content, flow rate, and time left for patient care.

Safety: Audible and visual alerts warn staff of gas supply issues. Therefore, clinicians can focus entirely on the patient.
Efficiency: Treatment time appears in hours and minutes. As a result, gas usage is maximized.
Convenience: A live content gauge remains visible even when the device is not in use.

Posology and Administration

Medical oxygen is administered by inhalation through the lungs. In addition, oxygen can be metered directly into the oxygenator during cardio‑pulmonary bypass procedures. For cluster headaches, oxygen should be delivered via a non‑rebreathing facemask at 6–12 l/min for about 15 minutes.

Therapeutic Indications

Medical therapy oxygen is widely used to:

• Support modern anesthetic techniques, including pre‑ and postoperative care.
• Restore tissue oxygen tension in conditions such as:
  • Cyanosis from cardio‑pulmonary disease
  • Surgical trauma, chest wounds, rib fractures
  • Shock, severe hemorrhage, coronary occlusion
  • Carbon monoxide poisoning
  • Hyperpyrexia
  • Major trauma (road accidents, gunshot wounds)
  • Sudden cardiac or respiratory arrest (drug‑induced or traumatic)
• Aid in resuscitation of critically ill patients.
• Support neonatal resuscitation.
• Treat acute severe headaches in adults diagnosed with cluster headache.

Pharmacodynamic Properties

• Pharmacotherapeutic group: Medical gas
• ATC code: V03AN01
• Characteristics:
  • Odourless, colourless gas
  • Molecular weight: 32.00
  • Boiling point: ‑183.1 °C (at 1 bar)
  • Density: 1.335 kg/m³ (at 15 °C)

Oxygen is essential for life, present at 21% in the atmosphere. Furthermore, basal oxygen consumption in humans is about 250 ml/min for a body surface of 1.8 m². This rate decreases during anesthesia, sleep, or hypothermia. Oxygen in blood binds mainly to hemoglobin, with a maximum capacity of 20 ml per 100 ml of blood. In addition, the concept of oxygen availability—expressed as cardiac output × Hb concentration × 1.34 × % saturation—demonstrates its critical role in sustaining life.