Protecting the Patient

Eliminating the need for reusable temperature probes with respiratory breathing circuits, Single-Use Temperature Probes reduce the risk of cross-contamination by disposing of the entire breathing circuit system, avoiding sterilisation failures.

According to the Department of Medicine:

“Invasive medical and surgical procedures have the potential to expose patients to pathogenic microbes and lead to infection. If not properly disinfected or sterilized, medical devices and surgical instruments used in invasive procedures may be the carrier of infectious organisms and may lead to infection. Failure to comply with disinfection and sterilization guidelines has contributed to outbreaks associated with contaminated medical devices and surgical instruments.”¹

The World Health Organization (WHO) advocates additional precautions for specific modes of transmission and recommend the use of disposable (Single-Use) equipment.²

Clinician Efficiency

ingle-Use Temperature Probes increase workflow efficiencies by eliminating the need to clean and maintain sterilization procedures, saving time.

Hospital Costs

Reducing the amount of medical equipment that requires sterilization supports the resource base of central processing and eliminates the cost of lost product.

References

¹ Sydnor E.R.M, Perl T. Hospital Epidemiology and Infection Control in Acute-Care Settings. Clinical Microbiology Reviews. 2011 Jan; 24(1): 141–173.

² World Health Organization, Prevention of hospital-acquired infections. WHO/CDS/CSR/EPH/2002.12.

Simple Set-Up

FL10000 guides you through the simple setup process step-by-step, each option clearly displayed with large visual cues.

Customisation

Choose the desired therapy mode and circuit type. Use the default temperatures settings or access the password-protected advanced settings to adjust temperatures within the recommended range to suit your patient’s needs.

Restore Last Settings

Easily restore the default settings with one tap or short cut to the last used settings on start-up.

Large Touch-Screen Display

The clear visual cues and audible alarms alert users of any event that requires immediate attention.

Icon or Circuit View

Find and fix a fault faster with the zoom-in function and instantly switch between Icon and Circuit View.

Feature Packed

The FL10000 includes several new features such as low water sensors, chamber safety features, warning logs, multiple language display and more.

Compatibility

It is compatible with a wide range of breathing circuit setups and therapies, including Invasive, Non-Invasive and High flow.

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Misconnection Prevention

Easy-connect heated wire and temperature probe sockets of different design ensure correct connection.

Multi-Function Display

Clear easy-to-read LED Display with the option to check Airway, Chamber or Heater Plate Temperature, or hold on a custom setting.

Alarm Indications

Clear, colour coded visual and audible alarms notify user of set-up errors, accidental disconnection during use or delivered temperatures outside the set parameters.

Variety of Circuit Options

Suitable for Invasive or Non-Invasive Ventilation, and Heated or Non-Heated Wire Breathing Systems.

Positive Connection

Heater Plate with spring loaded locking mechanism for secure placement of humidification chamber.

Watch Online

Our YouTube channel has a suite of helpful videos to demonstrate setup, cleaning and use of the FL-9000.

Improved Responsiveness

Lower water capacity for rapid achievement of optimum operating temperature and minimal temperature fluctuations.

Gas Flow Diverters

Flow is routed through the chamber to maximise efficiency of warming and humidification of the gases.

Heat Transfer

Flat base for complete contact with the heater plate for efficient, rapid and responsive water heating.

Highly Compatible

22mm connectors for compatibility with a wide range of ventilator circuits.

Clear Construction

Transparent construction, red fill indicator and clear markings for quick and easy monitoring of water level.

Overfill Protection

Primary and a secondary seals to regulate the flow of water and provide protection against overfilling.