The Technology

After more than four years of rigorous development and testing, PulseTape Critical Care delivers a patented breakthrough in pulse detection. This first-of-its-kind device puts real, objective pulse data directly in your “hands”—with the simplicity of disposable sensors.

Accurate Pulse Detection

Rapidly detects subpulses (weak pulses)

Hands-Free Design

Sticker application allows providers to focus on resuscitation, not palpation

Pulse Strength Feedback

Provides rapid, visual indication of pulse quality to aid in decision-making

Universal Arterial Placement

PulseTape Critical Care is designed to monitor any pulse in any location

PulseTape Critical Care

PulseTape Critical Care is an innovative, integration of microsensors designed specifically for pulse detection. By delivering rapid, objective data on pulse presence and strength, it eliminates the guesswork inherent to manual palpation—empowering clinicians to choose the optimal treatment pathway, faster and with confidence.

As part of the PulseTape Platform, PulseTape Critical Care provides unparalleled pulse detection when we need it most.

  • Simplicity by Design

    Disposable, lightweight and ultra-portable

  • Like a Band-Aid®

    Non-invasive, externally applied sticker (and disposable)

  • No Wires

    Wireless design allows for freedom of movement and ease of application

  • Yes or No

    Objective ‘Yes or No’ output displayed directly on device by LEDs and User Interface

  • Simplified Data

    Over 1,000,000 data points a minute (as many as a jet engine) are generated by PulseTape Critical Care and displayed in an intuitive user interface

  • Long Battery Life

    Battery life can last up to 2 weeks with PulseTape ECG and up to 3 days with PulseTape Critical Care

The Science Behind PulseTape Critical Care

PulseTape Critical Care provides a suite of microsensors and AI technology to detect pulsatile flow in underlying arteries. PulseTape Critical Care confirms true arterial pulse—a critical distinction during cardiac arrest or low-perfusion states.

Why This Matters