Image

SpO2 Clips

The SpO2 Ear and Finger Clips are designed to measure oxygen saturation. They are approved for human use and supplied with the appropriate Oximeter Pod.

Overview

The SpO2 Ear and Finger Clips are designed to measure oxygen saturation. They are approved for human use and supplied with the appropriate Oximeter Pod.

Product Configurations

SpO2 Animal Clip

Product Code
MLT323

For measuring oxygen saturation from an animal tongue, paw pad, rear foot, front foot or tail depending on the size of the animal. It is also supplied when purchasing the ML325/AC Animal Oximeter Pod (Animal Clip).

Image
$239.00
Ships from overseas Estimated delivery 2 months

SpO2 Wrap Sensor

Product Code
MLT324

For measuring oxygen saturation from an animal toe or base of tail depending on the size of the animal. It is also supplied when purchasing the ML325/AW Animal Oximeter Pod (Wrap Sensor).

Image
$239.00
Ships from overseas Estimated delivery 1 month

SpO2 Base Sensor, Model 2000T

Product Code
MLT325

For measuring oxygen saturation from any convenient location on the animal, including on the underside, base of the tail or other well-vascularized surfaces. It is also supplied when purchasing the ML325/BS Animal Oximeter Pod (Base Sensor).

Image
$280.00
Ships from overseas Estimated delivery 1 month

SpO2 Finger Clip

Product Code
MLT321

For measuring oxygen saturation from a human finger. It is also supplied when purchasing the ML320/F Oximeter Pod (Finger Clip).

Image
$302.00
Ships from overseas Estimated delivery 1 month

SpO2 Ear Clip

Product Code
MLT322

For measuring oxygen saturation from a human ear and includes a 3 m extension cable. It is also supplied when purchasing the ML320/E Oximeter Pod (Ear Clip). 

Image
$395.00
Ships from United States Estimated delivery 2-5 business days

Related

Research Applications

Wired Physiological Monitoring
Human Exercise Physiology
Respiratory Gas Analysis
Human Respiratory
Respiratory
Human Sleep Studies

Key Features

  • Connects to the 9 pin D-type connector at the rear of the Oximeter Pod
  • Short pulses of light at two different frequencies are transmitted through the tissue from semiconductor light emitting diodes in the transducer
  • The intensity of the transmitted light signal is scaled to read in % SpO2

Support

Support Articles

Our Support Articles contain answers to common questions, how-tos, solutions, and documentation.

Training and Workshops

Maximize time and resources with our customized training services delivered at your facility, on your equipment, on your terms.

See Training & Workshops

Details and Tech Specs

Product Codes

MLT323
SpO2 Animal Clip
MLT324
SpO2 Wrap Sensor
MLT325
SpO2 Base Sensor, Model 2000T
MLT321
SpO2 Finger Clip
MLT322
SpO2 Ear Clip
×
Ask a question

Have a question? Ask now

Ask a question