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New & Used Surgical Smoke Evacuation System

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Surgical Smoke Evacuation System 1000SES 174074 - MedWOW

795115469

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Device: Surgical Smoke Evacuation System
Manufacturer: ConMed
Model: 1000SES
Premium User
Location: United States, Washington
Rating: 89%
380
This Seller accepts SafeTrade as a payment method
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Surgical Smoke Evacuation System B-1 80340 - MedWOW

724331222

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Device: Surgical Smoke Evacuation System
Manufacturer: Classic Modular Systems
Model: B-1
Location: United States, Nevada
Rating: 100%
Negotiable
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Surgical Smoke Evacuation System 1000SES 210417 - MedWOW

216056591

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Device: Surgical Smoke Evacuation System
Manufacturer: ConMed
Model: 1000SES
Location: United States, Nevada
Rating: 100%
Negotiable
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Surgical Smoke Evacuation System AIRSAFE ST-2500 24078 - MedWOW

774382957

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Device: Surgical Smoke Evacuation System
Manufacturer: Stackhouse
Model: AIRSAFE ST-2500
Location: United States, New York
Rating: 80%
1,200
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2104405779

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Device: Surgical Smoke Evacuation System
Manufacturer: Sharplan Lasers
Model: 100 XPLUME
Location: United Kingdom, Buckinghamshire
Rating: 100%
Negotiable
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585162348

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Device: Surgical Smoke Evacuation System
Manufacturer: Stackhouse
Model: AIRSAFE ST-1800
Location: United States, Nevada
Rating: 100%
Negotiable
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Surgical Smoke Evacuation System may also be referred to as :

Smoke Scavenging System | Surgical Smoke Evacuation | Smoke Evacuation System, Laser | Smoke Evacuation System, Electrosurgical | Laser Smoke Evacuation System | Hood, Chemical Fume | Evacuators | Smoke Evacuation System, Surgical
 

Tips for buying Surgical Smoke Evacuation System

  1. The system should have a high efficiency particulate air or ultra low penetration air filter to ensure that particles of the right size are captured.
  2. Laser procedures may generate smoke containing hazardous gases; the evacuator should have a carbon filter to adsorb gaseous hydrocarbons.
  3. It is recommended that smoke evacuators have a minimum flow of 25 cfm to provide effective smoke capture. 
  4. To avoid interruptions in communication during surgery, the system's noise levels should not exceed 60 dBA.
  5. The system should provide some mechanism, a footswitch for example, to synchronize evacuation with the laser procedure. Visual or audible alarms should warn operators of any system malfunction that may cause results to be unsafe or wrong.
  6. In order to prevent damage to the tissue, the device should not exceed 150 mm Hg of pressure. The device should have a clear indication when filters need replacement.
  7. Facilities need to determine whether the system will be used for open procedures or closed procedures; some units listed in the chart are designed for laparoscopic procedures in particular.
  8. Another factor to be considered by facilities is whether the systems will be used during all laser and electro surgical procedures or only select ones; this information will help determine the number of units to be purchased.
  9. It is important that facilities know the planned usage before finalizing a purchase, to help them select an evacuator that is the most suitable for their needs.
  10. Regulatory agencies do not bind the use of smoke evacuation systems. The medical facility is the one to decide in this matter.
  11. During the last few years, the concept of centralizing smoke evacuation has become increasingly accepted.
  12. Facilities need to carefully decide between a portable and a stationary system. A stationary system represents a major commitment on the part of the facility for its size, power, and cost.
Read more valuable tips on the Medical Equipment Buying Guide by MedWOW >>