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Neuradiant 1070
- Uses near-infrared light to deliver light energy through the scalp
- Helmet-style design makes setup simple
- 256 built-in LEDs provide broad light coverage across the head
- Adjustable light zones let clinicians control which areas are active
Our Part #
NRX NEURADIANT1070
In Stock
was
$3,395.00
Special Price
$3,327.10
The Neuradiant 1070 is a transcranial photobiomodulation (tPBM) helmet that delivers near-infrared light to the scalp. It offers adjustable parameters for session time, intensity, and pulse rate, along with region-specific control across four areas of the head.
Neuradiant 1070 Features
Full-Scalp LED Array uses 256 integrated LEDs distributed across the interior of the helmet to provide coverage across frontal, parietal, temporal, and occipital regions
4-Quadrant Output Control provides independent control of front, back, left, and right regions for region-specific activation during a session
Adjustable Fit System accommodates a range of head sizes with internal padding and hook-and-loop (Velcro) attachments for consistent positioning
Lightweight Construction keeps helmet weight at 560 g with balanced distribution for short-duration sessions without excessive bulk
Fixed LED Geometry maintains a consistent internal LED layout for repeatable positioning relative to scalp regions between sessions
Integrated Cable Connection uses a wired connection to an external controller with no onboard battery inside the helmet
Passive Thermal Design uses no active cooling components, with heat managed through operating parameters and session limits
Low-Profile Form Factor measures approximately 290 x 220 x 150 mm and is designed for seated, stationary use
Customizable Session Parameters allows users to adjust time, intensity, and pulse rate (up to 0-9999 Hz) for personalized session configurations
About Transcranial Photobiomodulation
Transcranial Photobiomodulation (tPBM) uses near-infrared light to interact with brain tissue. Research shows that this light can penetrate the scalp and skull and influence cellular activity in cortical regions.
Proposed mechanisms include:
- Mitochondrial interaction: Light absorption by cytochrome c oxidase
- Cellular energy support: Increased ATP production
- Cerebral oxygenation: Changes in blood flow and oxygen delivery
- Neural signaling modulation: Effects on brain activity and connectivity
- Neurotrophic signaling: Early research suggests influence on pathways such as BDNF
These mechanisms are still being studied and depend on wavelength, dose, and treatment parameters.
What is tPBM Being Studied For?
tPBM is an active area of research. Studies have explored its potential role in:
- Cognitive performance: Working memory, attention, and executive function
- Brain metabolism: Cellular energy production and oxygen utilization
- Mood and mental performance: Early research in mood-related outcomes
- Sleep quality: Limited and emerging evidence
Outcomes vary significantly across studies, and findings should not be generalized to specific devices or users.
Why 1070 nanometers?
The 1064-1070 nm wavelength range is commonly used in transcranial photobiomodulation research. The choice of wavelength is one factor among many that influence outcomes.
Key considerations from published studies:
- Near-infrared light in this range can penetrate scalp and skull tissue and reach cortical areas
- It is associated with interaction with mitochondrial activity and cerebral oxygenation
- Different wavelengths (e.g., 810 nm vs 1064-1070 nm) have different penetration and absorption profiles, and no single wavelength is universally optimal
Who is Neuradiant 1070 For?
The Neuradiant 1070 is used in clinical and professional environments as a non-invasive, brain-focused modality that can be incorporated into structured protocols or offered as a standalone session.
- Neurofeedback practices incorporating adjunct modalities alongside training sessions
- Functional and integrative clinics exploring non-invasive approaches to brain and cognitive wellness
- Rehabilitation settings supporting structured cognitive or neurological recovery programs
- Performance-focused environments such as sports, executive coaching, and cognitive training programs
- Neurology and brain health clinics evaluating emerging technologies for patient-centered care
- Biofeedback and neurotherapy providers expanding available modalities within existing services
Use is typically guided by practitioner experience, protocol design, and individual client needs.
It is typically positioned as a non-invasive adjunct modality, not a standalone intervention.
Technology Overview
- Wavelength: 1070 ± 50 nm near-infrared
- LED array: 256 LEDs for full scalp coverage
- 4-quadrant control: Independent control of front, back, left, and right regions
- Adjustable parameters:
- Session duration
- Intensity
- Pulse rate (0-9999 Hz)
- Preset programs: Preconfigured session options
- Controller interface: External controller for session management
- Form factor: Lightweight helmet with adjustable fit
Technical Specs
Physical
- Helmet weight: 560 g
- Controller weight: 860 g
- Helmet dimensions: 290 x 220 x 150 mm
- Controller dimensions: 216 x 148 x 35 mm
- Adjustable head circumference
Optical
- Wavelength: 1070 ± 50 nm
- LED quantity: 256
- Irradiance: 10-40 mW/cm²
- Irradiance area: 560 cm²
- Lens angle: 30°
Electrical
- Output power: 30 W
- Input voltage: 100-240 V, 50/60 Hz
Includes
- Neuradiant 1070 helmet
- Carrying bag
- Power Adapters
- Control box
- Foam headpiece
- Fixation sponges
- Instruction manual
- Quick start guide
- Connection cables
- Hook and loop fasteners
Neuradiant 1070 Videos
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