Petri Dish

• Measurement range: 32.0 to 43.0°C
• Accuracy: ± 0.1°C
• Sensor: Thermistor
• Readout: Three digit LCD with indication of out-of-range high or low temperature and low battery
• Sampling rate: Two per second
• Power source: Silver oxide cell type SR41W or equivalent giving 200 hours life (three years of normal use approx)
• Power switch: Manual on/off button
• Automatic switch-off: Ten minutes after last indication
• Dimensions: L130 x W18 x H9mm overall
• Probe tip diameter: 3mm
• Mass: 7g
• Supplied fitted with silver oxide cell SR41W.

• Single-piece construction creates added durability
• Color-coded sizing and range markers support proper fit and accuracy
• Tapered tail makes cuff application easier than with regular straight cuffs
• Rounded corners for added comfort
• Easy-clean design helps minimize cross-contamination without compromising longevity
• Leak tested and engineered to meet AHA, AAMI-SP10, and MDD regulatory guidelines
• 100% latex, PVC, and DEHP free

• The Ambu Oval Silicone resuscitator has a special textured surface combined with the unique support strap to ensures that a comfortable and firm grip is guaranteed, allowing for effective ventilation over extended periods, without the problem of hand fatigue.
• The Ambu Oval Silicone Resuscitators is made out of a view parts that can be disassembled easily. The Ambu Oval Silicone Resuscitator can easy be cleaned and autoclaved (except the oxygen reservoir) at a temperature of 134° Celsius.
• The unique shape is small and easy to hold. The ergonomic, lightweight design of Ambu Oval Silicone Resuscitator is made for optimal user handling and support even during extended ventilations.
• The resuscitators are semi-transparent allowing for a visual check of the patient’s condition. A pressure limitation valve is optional for the adult version and has been included into the design of the pediatric versions to ensure the safety of the patient*.

* International guidelines recommend that all manual resuscitators for infant and pediatric patients should be equipped with a pressure limitation mechanism so the airway pressure does not exceed 45 cm H2O.