Nushape
Nushape NeuroPulse PRO Wearable PEMF & Red Light Headband
Nushape NeuroPulse PRO Wearable PEMF & Red Light Headband
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Bring two advanced technologies together in one wearable with the Nushape NeuroPulse PRO, a flexible headband combining pulsed electromagnetic field (PEMF) technology with red and near-infrared LED illumination. Designed for personal use, this compact device provides selectable electromagnetic frequencies and light wavelengths in a convenient, head-worn format.
The NeuroPulse PRO offers seven PEMF frequency settings, ranging from 3 Hz to 55 Hz, alongside five specified LED wavelengths: 630nm, 635nm, 810nm, 850nm, and 870nm. With selectable operating modes and adjustable session durations, the device offers an alternative to stationary light panels and larger PEMF equipment.
Its lightweight, flexible construction is designed to fit into a personal home wellness setup without requiring a dedicated equipment area. Whether you prefer shorter sessions or extended operating periods, the NeuroPulse PRO PEMF and red light headband brings multiple technical settings into one wearable device.
Key Features
Combined PEMF and LED Technology
The NeuroPulse PRO incorporates pulsed electromagnetic field technology and red and near-infrared LED illumination within a single wearable headband.
Seven PEMF Frequencies
The device lists seven selectable PEMF frequencies: 3 Hz, 7.83 Hz, 10 Hz, 14.3 Hz, 23 Hz, 40 Hz, and 55 Hz.
Five LED Wavelengths
The LED system incorporates 630nm and 635nm visible red light, together with 810nm, 850nm, and 870nm near-infrared wavelengths.
Adjustable PEMF Output
The specified PEMF intensity range is 0–250 microtesla (µT), providing an output reference for the electromagnetic field system.
Specified LED Irradiance
The light system has an approximately 20 mW/cm² stated irradiance specification.
Selectable Operating Modes
The device lists Cognitive, Balance, and Neurological modes, each associated with designated frequency or wavelength settings.
Adjustable Session Duration
Sessions can be configured from 15 to 60 minutes, allowing different operating durations within the supported range.
Flexible Wearable Design
The headband-style construction offers a compact alternative to rigid light panels and freestanding PEMF equipment.
Combined Technology in One Device
The integrated design brings PEMF and LED components together without requiring two separately positioned devices.
Product Specifications
Brand: Nushape
Model: NeuroPulse PRO
Product Type: Wearable PEMF and Red/Near-Infrared Light Device
Device Format: Flexible Headband
Technologies: Pulsed Electromagnetic Field and LED Illumination
PEMF Frequencies: 3, 7.83, 10, 14.3, 23, 40, and 55 Hz
PEMF Intensity Range: 0–250 µT
LED Wavelengths: 630nm, 635nm, 810nm, 850nm, and 870nm
Visible Light: Red
Near-Infrared Light: 810nm, 850nm, and 870nm
Stated Light Irradiance: Approximately 20 mW/cm²
Operating Modes: Cognitive, Balance, and Neurological
Adjustable Session Duration: 15–60 Minutes
Design: Lightweight and Flexible
Operating Modes
Cognitive Mode
Listed with a PEMF frequency range of 10–40 Hz.
Balance Mode
Listed with a PEMF frequency range of 3–10 Hz.
Neurological Mode
Listed as a mode associated with targeted 810nm near-infrared illumination.
These are manufacturer-designated mode names and technical configurations, not guarantees of particular cognitive or neurological outcomes.
Setup and Operation
Headband Placement
Position the flexible headband as intended for the device's wearable design, ensuring the equipment sits comfortably and securely.
PEMF Settings
Select from the supported frequency settings and operating modes according to the device's available controls.
LED Settings
Use the device's designated light settings and wavelengths according to its operating configuration.
Session Duration
Select a session duration between 15 and 60 minutes.
Electrical and Magnetic Equipment Precautions
Because the device produces pulsed electromagnetic fields, users with implanted electronic devices or other equipment potentially affected by electromagnetic fields should confirm suitability with the relevant device manufacturer or a qualified professional before use.
Light Exposure Precautions
Avoid looking directly into illuminated LEDs and follow applicable eye-protection and exposure instructions.
Care and Maintenance
Surface Cleaning
Clean the wearable's accessible exterior surfaces gently with a soft cloth and cleaning products appropriate for electronic equipment.
LED Care
Keep the LED surfaces free of debris. Avoid abrasive materials, sharp objects, and excessive pressure on the light-emitting components.
Flexible Housing
Handle the headband carefully and avoid excessive bending, twisting, or pressure beyond its intended flexibility.
Moisture Protection
Keep the device and its electrical connections away from excessive moisture unless the manufacturer expressly specifies otherwise.
Routine Inspection
Inspect the wearable housing and accessible electrical components for visible damage before operation.
Storage
Store the NeuroPulse PRO in a clean, dry location away from extreme temperatures and unnecessary pressure.
Frequently Asked Questions
What technologies does the Nushape NeuroPulse PRO combine?
The NeuroPulse PRO combines pulsed electromagnetic field technology with visible red and near-infrared LED illumination in a flexible, head-worn device.
What PEMF frequencies are available on the NeuroPulse PRO?
The device lists seven PEMF frequencies: 3 Hz, 7.83 Hz, 10 Hz, 14.3 Hz, 23 Hz, 40 Hz, and 55 Hz. Its specified PEMF intensity range is 0–250 µT.
What red and near-infrared wavelengths does the device use?
The NeuroPulse PRO lists five wavelengths: 630nm, 635nm, 810nm, 850nm, and 870nm. The first two are visible red wavelengths, while the remaining three are near-infrared.
How long can a NeuroPulse PRO session last?
The device supports adjustable session durations from 15 to 60 minutes.
What operating modes are available?
The NeuroPulse PRO lists Cognitive, Balance, and Neurological modes. These names identify selectable device configurations; they do not establish medical or cognitive performance outcomes.
