BIS Bilateral Sensor | 186-0212
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Box of 10.
Part Number / CFN : 186-0212.
Not compatible with BIS 2-channel systems. BIS LOC 4-channel cables required.
Lets you detect hemispheric differences in the brain, which may prove useful for advanced monitoring applications.
At a glance
- Symmetrical bilateral placement captures EEG data from both brain hemispheres at once
- Detects hemispheric differences that may be useful for advanced monitoring in select patients
- Peel-and-stick application with Zipprep self-prepping technology for reliable skin contact
- Resistant to artifact from electrocautery devices during surgery
- Supplied as single-patient-use sensors, box of 10
- Requires BIS LoC 4-channel cables - not compatible with BIS 2-channel systems
OVERVIEW
Gain insight into brain response with BIS™ technology.
BIS™ technology offers clinicians added security for providing specialized care and comfort for their patients, including those who may be more sensitive to the hemodynamic effects of anesthesia.
BIS™ monitoring technology provides clinicians with valuable information about patient status to help address each patient’s unique anesthetic requirements. This technology may be particularly valuable for:
- Patients with complex conditions whose status may suddenly or frequently change.
- Patients with cardiovascular conditions.
- Obese patients.
- Trauma patients or others requiring reduced levels of anesthesia
FEATURES
- The BIS™ bilateral sensor is designed for symmetrical placement to capture bi-hemispheric data.
- The BIS™ bilateral sensor offers:
- Peel-and-stick simplicity
- Zipprep™ technology
- The BIS™ bilateral sensor enables detection of hemispheric differences in the brain, which may prove useful for advanced monitoring applications.†
- BIS™ sensors collect electroencephalograph (EEG) data.
- BIS™ technology enables simple EEG data collection via a noninvasive sensor applied to the patient’s forehead.
- BIS™ sensors are resistant to artifact from electrocautery devices.
Frequently asked questions
What is the BIS Bilateral Sensor used for?
Is it compatible with BIS 2-channel systems?
How is the sensor applied?
Is it affected by electrocautery during surgery?
How is it packaged?
Which patients might benefit most from bilateral monitoring?
Related reading
Understanding BIS Cerebral Monitoring in Anesthesia
BIS cerebral monitoring is a vital tool in anesthesia that enhances patient safety by accurately assessing the depth of anesthesia.
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