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Medical Gas Accessories

EN ISO 15002 Compliant

Secondary Medical Gas Equipment & Accessories

High-precision secondary medical equipment designed to international standards for safe gas and vacuum delivery from terminal outlets directly to the patient.

Technical Documents & Drawings

PDF Accessories Catalog

Tender Specification Text

Secondary medical gas accessories shall comply with EN ISO 15002 standard, constructed with chrome-plated MS58 brass bodies, quick-connect probes, and autoclavable unbreakable polycarbonate chambers.

Integral Oxygen Flowmeter
0 - 15 L/min Flow Rate

Oxygen Flowmeter

Precise delivery of oxygen gas from the 4 bar pipeline to the patient according to treatment protocols.

  • Body: Chrome-plated MS58 brass.
  • Bottle: 134°C autoclavable unbreakable polycarbonate.
  • Probes: DIN 13260, BS 5682, AFNOR options.
Integral Vacuum Regulator
0 - 760 mmHg Range

Medical Vacuum Regulator

Precise regulation of suction pressure in surgical procedures with built-in safety overflow valve.

  • Gauge: High-precision vacuum gauge.
  • Quick Cut-Off: Instant suction shut-off lever.
  • Jar: Overflow-protected 1L / 2L secretion jar.
Integral Vacuum Generator
Pneumatic Suction

Venturi Vacuum Generator

Practical solution converting compressed air/O2 into negative vacuum for ambulances and field hospitals.

  • Operation: Converts pressure into suction via Venturi effect.
  • Silent: Completely quiet operation with no moving parts.
  • Zero Maintenance: Requires no mechanical motor maintenance.
Frequently Asked Questions (FAQ)

Yes. The humidifier bottles used in Integral Oxygen Flowmeters are made of unbreakable polycarbonate and are fully resistant to autoclave sterilization at 121°C or 134°C.

The secretion jars integrated into our vacuum regulators feature a mechanical float safety valve. When the jar becomes full, the float automatically shuts off suction, preventing fluid from entering the central vacuum pipeline.

Venturi vacuum generators are ideal for field hospitals, emergency units, and ambulances where a central vacuum plant is unavailable. They produce independent negative pressure using compressed air or oxygen via the Venturi principle.

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