Anesthesia Machine

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Anesthesia Machine - Anesthesia Machine MD-AM-1000 Anesthesia Machine MD-AM-1000
  • Ventilation Mode : IPPV, A/C, SIMV, SIGH, MANUAL
  • Ventilator Flowmeter : O₂ (0.1 to 10 L/min) N₂O (0.1 to 10 L/min)
  • Ventilator Rapid Oxygen Supply : 25 L/min to 75 L/min
  • Ventilator Tidal Volume : 0.20 mL to 1500 mL
  • Ventilator Frequency : 1/min to 100/min
  • Ventilator Pressure triggering Sensitivity : -20 cm H₂O to 0 cm H₂O (Based on PEEP)
  • Ventilator PEEP : 0 cm H₂O to 30 cm H₂O
  • Ventilator Flow Trigger Sensitivity : 0.5 L/min to 30 L/min
  • Ventilator SIGH : 0 (off) 1/100 to 5/100
  • Ventilator Apnea Ventilation : OFF, 5sec to 60 sec
  • Ventilator Pressure Limit : 20 cm H₂O to 100 cm H₂0
  • Monitoring Frequency : 0 /min to 100 /min
  • Monitoring Volume : 0 mL to 2000 mL
  • Monitoring MV : 0 L/min to 100 L/min
  • Monitoring Oxygen Concentration : 15% to 100%
  • AC power failure Alarm : Power failure or no connection
  • Low Voltage alarm for backup battery : < 11.3 ± 0.3 V
  • Volume (Tidal) Alarm : ≤ 5 mL within 6s
  • Oxygen Concentration Alarm : 19% to 100% (HIGH) 18% to 99 % (LOW)
  • Airway Pressure Alarm : 20 cm H₂O to 100 cm H₂O (HIGH) 0 cm H₂O to 20 cm H₂O (LOW)
  • Minute Volume Alarm : Adult (5 L/min to 20 L/min) Child (1 L/min to 15 L/min) (HIGH); 0 to 10 L/min (LOW)
  • Continuous Pressure Alarm : (PEEP + 1.5 kPa) over 16s
  • Suffocation Warning : 5s to 60s no spontaneous ventilation
  • Maximum Limited Pressure : < 12.5 kPa
  • Fan Error : Show On Screen
  • Oxygen Deficit : Show On Screen
  • Gas Source : O₂, N₂O
  • Pressure : 280 kPa to 600 kPa
  • Power Supply : 100V to 240 V
  • Dimensions (L × W × H) : 740 × 800 × 1460 mm
  • Net Weight : 66 Kg
  • Gross Weight : 98 Kg

$7,130 $6,790

Anesthesia Machine - Anesthesia Machine MD-AM-1001 Anesthesia Machine MD-AM-1001
  • Ventilation Mode : IPPV, A/C, SIMV, SIGH, MANUAL
  • Ventilator Flowmeter : O₂ (0.1 to 10 L/min) N₂O (0.1 to 10 L/min) AIR (0.1 to 10 L/min)
  • Ventilator Rapid Oxygen Supply : 25 L/min to 75 L/min
  • Ventilator Tidal Volume : 0.20 mL to 1500 mL
  • Ventilator Frequency : 1/min to 100/min
  • Ventilator Pressure triggering Sensitivity : -20 cm H₂O to 0 cm H₂O (Based on PEEP)
  • Ventilator PEEP : 0 cm H₂O to 30 cm H₂O
  • Ventilator Flow Trigger Sensitivity : 0.5 L/min to 30 L/min
  • Ventilator SIGH : 0 (off) 1/100 to 5/100
  • Ventilator Apnea Ventilation : OFF, 5s to 60s
  • Ventilator Pressure Limit : 20 cm H₂O to 100 cm H₂0
  • Monitoring Frequency : 0 /min to 100 /min
  • Monitoring Volume : 0 mL to 2000 mL
  • Monitoring MV : 0 L/min to 100 L/min
  • Monitoring Oxygen Concentration : 15% to 100%
  • AC power failure Alarm : Power failure or no connection
  • Low Voltage alarm for backup battery : < 11.3 ± 0.3 V
  • Volume (Tidal) Alarm : ≤ 5 mL within 6s
  • Oxygen Concentration Alarm : 19% to 100% (HIGH) 18% to 99 % (LOW)
  • Airway Pressure Alarm : 20 cm H₂O to 100 cm H₂O (HIGH) 0 cm H₂O to 20 cm H₂O (LOW)
  • Minute Volume Alarm : Adult (5 L/min to 20 L/min) Child (1 L/min to 15 L/min) (HIGH); 0 to 10 L/min (LOW
  • Continuous Pressure Alarm : (PEEP + 1.5 kPa) over 16s
  • Suffocation Warning : 5s to 60s no spontaneous ventilation
  • Maximum Limited Pressure : < 12.5 kPa
  • Fan Error : Show On Screen
  • Oxygen Deficit : Show On Screen
  • Gas Source : O₂, N₂O, AIR
  • Pressure : 280 kPa to 600 kPa
  • Power Supply : 100V to 240 V, 50 / 60 Hz
  • Dimensions (L × W × H) : 920 × 970 × 1380 mm
  • Net Weight : 102 Kg
  • Gross Weight : 156 Kg

$8,379 $7,980

Frequently Asked Questions

What is an anesthesia machine?

An anesthesia machine is a sophisticated medical device that delivers a controlled mixture of anesthetic gases, oxygen, and other agents to patients during surgery or other procedures.

What are the main components of an anesthesia machine?

The main components include gas cylinders, flowmeters, vaporizers, breathing circuits, ventilators, and monitoring devices.

How does an anesthesia machine work?

Anesthesia machines deliver a precise mixture of gases and agents to the patient through a breathing circuit. The ventilator helps control respiration, and monitoring devices track vital signs during the procedure.

What is the purpose of a vaporizer in an anesthesia machine?

Vaporizers convert liquid anesthetic agents into vapours and precisely mix them with carrier gases (like oxygen or air) for patient administration.

What are some common problems that can occur with anesthesia machines?

Common problems include leaks in the breathing circuit, malfunctions in the vaporizers, and issues with the ventilator.

How are problems with anesthesia machines diagnosed and repaired?

Anesthesia technicians and engineers are trained to diagnose and repair problems with these machines.

What is the pipeline pressure in an anesthesia machine?

The pipeline pressure is 50-55 PSI. It is kept slightly higher than the cylinder pressure to ensure a continuous supply of gases. 10.

What is the purpose of a vaporizer on an anesthesia machine?

Vaporizers deliver a controlled amount of anesthetic liquid into the gas stream, allowing for precise administration of the anesthetic agent.

What is fresh gas flow in an anesthesia machine

Fresh gas flow refers to the continuous supply of gases and anesthetic agents delivered to the patient through the breathing circuit.

What is the purpose of a vaporizer in an anesthesia machine?

Vaporizers convert liquid anesthetic agents into vapours and precisely mix them with carrier gases (like oxygen or air) for patient administration.

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