Specifically designed for medical applications the C1R is a maintenance free device that requires only a simple periodic calibration to ensure reliable and accurate performance.

Specifically designed for medical applications the C2R is a maintenance free device that requires only a simple periodic calibration to ensure reliable and accurate performance.

Designed specifically for use in Hudson* / Ventronics* oxygen monitors, models 5590, 5595, 5577 and 6477, the R13 oxygen sensor provides up to two years of highly dependable service.

Offering long life and fast response, the high quality R15 replacement sensor incorporates a moulded body design. Specifically designed for medical use, this sensor also exceeds the demands of a modern operating theatre with added protection against long term effects of nitrous oxide.

Best of all, the R15 costs less than the sensors it replaces, creating additional savings while providing superior quality.

Offering long life and fast response, the high quality R17 replacement sensor incorporates a moulded body design. Specifically designed for medical use, this sensor also exceeds the demands of a modern operating theatre with added protection against long term effects of nitrous oxide.

Best of all, the R17 costs less than the sensors it replaces, creating additional savings while providing superior quality.

Offering long life and fast response, the high quality R22 replacement sensor incorporates a moulded body design. Specifically designed for medical use, this sensor also exceeds the demands of a modern operating theatre with added protection against long term effects of nitrous oxide.

Best of all, the R22 costs less than the sensors it replaces, creating additional savings while providing superior quality.

The R23V Dual Cathode Oxygen Sensor is a simple, direct replacement to the Drager Werke* / North American Drager* 68-50645, Hewlett Packard* 15201, P.P.G.* 505055-001 and Oxitron* 3710, offering long life and fast response.

The R24 Oxygen Sensor is a simple, direct replacement to the Siemens* 9004979 E 347E and various other equipment using the 3-pin molex connector.

For use with Caradyne equipment.

Compatible to MAX-250ESF (0110430).

Longer life version of the R24MED.

Response time reduced slightly.

Applicable for use in ventilators.

Specifically designed for medical applications the T1 is a maintenance free device that requires only a simple periodic calibration to ensure reliable and accurate performance.

Specifically designed for medical applications the T2 is a maintenance free device that requires only a simple periodic calibration to ensure reliable and accurate performance.

The T2 is designed for use in anaesthetic applications and has excellent resistance to interference caused by anaesthetic gases.

The T4 is a fast responding polarographic oxygen sensor.

Compatible to SpaceLabs 010-1120-00.

Compatible to SpaceLabs 010-1120-01.

Threaded Replacement for GE (Ohmeda)

Replacement for MSA MiniOX IA

Replacement for Hudson 5565.

Replacement for Mallinckrodt & Versamed Ventilators.

MAXO2®, Oxygen Sensor(internal replacement sensor for Model OM-25A)

MAXO2®, Oxygen Sensor (external replacement sensor for Models OM-25ME, OM-25MEL, OM-25AE & MAXBlend®)

MAXO2®, Oxygen Sensor (small size and fast response, external replacement sensor for OM-25ME, OM-25MEL, & OM-25AE)

For use with Blease Front Line ventilators.

MAX-250B

For use with GE Datex-Ohmeda Giraffe Servo Control Oxygen.

Designed for use in the SLE* 2000 ventilator, the KE-25 is an extremely long life galvanic oxygen sensor.