Edge Systems S.A.F.E System Surgical Smoke Evacuator

• Used in operating theatres and surgical suites to remove smoke plume generated during electrosurgery, laser surgery, and other procedures.
• Applicable in veterinary clinics for similar surgical smoke management during animal operations.
• Utilised in some dental practices for procedures that generate aerosols or smoke.
• Found in research laboratories conducting procedures that produce airborne particulates requiring localised extraction.

Typical airflow rate

Units in this class typically offer variable airflow, commonly ranging from 100 to 700 litres per minute.

Filtration stages

Most surgical smoke evacuators feature multi-stage filtration, including pre-filters, activated carbon, and HEPA filters for effective particulate and odour removal.

Noise level

For this type of equipment, noise levels are typically designed to be low, often below 60 dB(A) at maximum power, to minimise disruption in clinical environments.

Power supply

Commonly operates on standard single-phase mains power, typically 220-240V, 50Hz for the UK market.

Footprint

Units are generally compact and mobile, designed to fit alongside operating tables or under benches, with a typical footprint of around 30-50 cm per side.

Filter life indicator

Many models incorporate a filter life indicator or alarm to signal when filter replacement is required.

• What is the primary function of a surgical smoke evacuator?

  Its primary function is to capture and filter surgical smoke plume, which contains harmful particulates, gases, and biological material, protecting staff and patients.

• Are replacement filters readily available for these systems?

• What maintenance is typically required for a surgical smoke evacuator?

• Can this equipment be used for applications other than surgical smoke?

• Does this unit require special installation?

Lab cleaning equipment is valued for reliability and consistency in maintaining hygiene standards across laboratory and pharmaceutical settings. Buyers typically prioritise machines with straightforward maintenance records, durable construction, and compatibility with existing facility workflows. Used units from established manufacturers generally command confidence in the market. Key considerations include operational history, availability of replacement parts, and verification that equipment meets current regulatory requirements. Robust build quality and proven performance histories are common strengths cited by purchasers evaluating secondhand options.

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