SMART. AUTOMATIC. ENDURING.
Finally, there’s a smarter way to treat chronic pain with the Evoke® System
For the first time, clinicians can directly measure the spinal cord’s physiologic response to stimulation on every pulse
- Pain relief with spinal cord stimulation starts with neural activation
- Neural activation is what inhibits the pain signal
- Evoked Compound Action Potentials (ECAPs) are an objective and physiologic measure of neural activation1
See How the Evoke® System Automatically
Adjusts with the Patient in Real Time
Objective Measurement of
Spinal Cord Activation
The Evoke® System automatically adjusts stimulation to maintain precise and consistent neural activation with breathing, coughing, positional changes and activity to keep a patient at their prescribed stimulation dose.
Evoke® powered by SmartLoop™ technology redefines spinal cord stimulation
Only SmartLoop technology can automatically adjust stimulation 4+ million times a day to deliver precise and consistent neural activation.*
Redefines Spinal Cord Stimulation Therapy
That Was Then
Fixed-Output SCS:
Cannot auto-adjust for movement and physiological changes throughout the day
Unknown and Inconsistent Activation
This Is Now
Evoke® SmartSCSTM:
Known and Consistent Activation
Automatically adjusts in real time to maintain consistent activation across activities
The Evoke® Difference
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The Evoke® System
Other SCS Devices
Objective Measurement of
Neural Activation
Evoked Compound Action Potentials (ECAPs) measured from the spinal cord after stimulation on every pulse
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Precise and Consistent
Neural Activation
Automatically adjusts 4+ million
times a day
Fixed output
Tailored to Patient’s Unique
Neural Signature
Precise stimulation dose based on measured ECAP amplitude and patient’s unique dose response curve
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Accuracy of Neural Activation
Over Time
Rolling plot of measured vs. target neural activation through ECAPs
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Changes in Measured Neural Activation Levels with Neurophysiologic Changes
Ability to correlate changes of neural activation level with neurophysiologic changes throughout the day
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