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Two Wavelengths
660nm red light and 810nm near-infrared light are delivered from each treatment point.
Science Behind W1 · Photobiomodulation
The Science Behind
The Science Behind
W1 REGEN
Built on decades of laser expertise, W1 REGEN ULTRA features dual-wavelength VCSEL technology with 660nm and 810nm red and near-infrared light, engineered for focused delivery and wearable recovery with 5 preset modes.
How Light Works
A simple look at photobiomodulation.
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Step01 Light Absorption
Red and near-infrared light penetrate the skin and are absorbed by cells, particularly mitochondria, which play a key role in cellular energy production.
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Step02 Cellular Response
Light energy interacts with cellular processes, supporting mitochondrial activity, ATP production, and normal cellular functions associated with recovery.
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Step03 Recovery Support
By influencing cellular activity and signaling pathways, photobiomodulation may help support natural recovery processes related to tissue repair and pain relief.
Photobiomodulation (PBM) is the scientific term for red and near-infrared light therapy. The same mechanism described above is what W1 REGEN is engineered around.
How W1 Delivers Light
Three engineering choices that turn the science above into a wearable session: two wavelengths, a focused VCSEL source and preset programs.
Focused VCSEL
Controlled, directional light delivery at the area where W1 is worn.
- Targeted support for areas that need relief
- Consistent light energy for reliable support
- Powerful energy output for better recovery support
Different light sources. Different delivery profiles.
VCSEL Laser
W1 REGENFocused, directional beam
- More controlled light path
- Designed for close-contact wearable applications
LED
Broad, diffuse beam
- Wider light distribution
- Commonly used in larger-area light devices
Preset Programs
Pre-set optimal time and pulse settings for different usage needs, making operation easier while ensuring a more consistent experience every time.
- No need to manually adjust settings
- Different needs come with corresponding preset settings
- A simpler and more consistent user experience
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Mode 1Muscle Boost20 min
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Mode 2Pain Relief20 min
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Mode 3Deep Recovery20 min
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Mode 4Marathon120+ min
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Mode 5Cycling120+ min
Where W1 Fits
Focused, wearable light support for everyday comfort, workday routines and active recovery.
01 · Everyday Comfort
Support everyday muscle and joint comfort throughout daily activities and routines.
Where it's worn
KneesLower backShoulders & neckCalvesSoles
Fits into
Climbing StairsWalkingResting at HomeGardeningStanding for Long Periods
02 · Workday Support
Wearable light therapy designed to fit into busy workday routines.
Where it's worn
Shoulders & neckLower back
Fits into
Prolonged SittingDesk WorkMeetings & Calls
03 · Active Recovery
Support active lifestyles before, during, and after physical activity.
Where it's worn
ThighsCalvesKnees
Fits into
RunningCyclingStrength Training
What Research Shows
Published PBM research across three key areas.
8
Peer-reviewed publications
7
Systematic reviews & meta-analyses
3
Research areas
2013–26
Publication span
Cellular Mechanisms
Red and near-infrared light may interact with mitochondria and cellular signaling involved in recovery.
Key Finding
Research suggests that red and near-infrared light may interact with cellular components, including mitochondria, influencing cellular signaling and biological processes related to recovery.
Important Context
PBM research includes different wavelengths, devices, doses, and study conditions. Biological responses may vary depending on treatment parameters and individual factors.
Product Relationship
This research supports the scientific foundation of red and near-infrared light therapy used in W1 REGEN. It does not represent a clinical study of W1 REGEN.
Pain & Function
Across chronic pain, knee osteoarthritis and tendinopathy, reviews suggest PBM may help reduce pain and support function.
Key Finding
Research suggests that PBM may provide non-invasive support for managing pain and discomfort across different chronic pain conditions.
Important Context
Studies included different PBM devices, wavelengths, doses, and participant groups. Results may vary depending on treatment parameters and individual conditions.
Product Relationship
This research supports the broader application of PBM technology for pain-related support. It does not evaluate W1 REGEN specifically.
Key Finding
Studies suggest that PBM may help reduce pain intensity and support improvements in physical function for people with knee osteoarthritis.
Important Context
Research was conducted using different PBM approaches, treatment protocols, and participant populations. Outcomes may depend on dosage, application method, and individual conditions.
Product Relationship
This study contributes to the scientific background of PBM for joint-related discomfort but does not represent evidence from W1 REGEN.
Key Finding
Research suggests PBM may provide support for tendon-related pain and functional outcomes when used as part of a broader recovery approach.
Important Context
Included studies used different light sources, wavelengths, doses, and treatment schedules. Results may vary across conditions and protocols.
Product Relationship
This research provides background support for PBM applications related to muscles, joints, and connective tissues, but does not study W1 REGEN.
Exercise & Recovery
Applied around physical activity, phototherapy may support muscle performance, soreness and recovery-related outcomes.
Key Finding
Research suggests phototherapy may support muscle performance and recovery-related outcomes when applied around physical activity.
Important Context
Studies used different light sources, wavelengths, doses, and exercise protocols. Results may vary depending on application timing and individual factors.
Product Relationship
This research supports the broader scientific basis for PBM in active recovery applications but does not evaluate W1 REGEN.
Key Finding
Research suggests phototherapy may support skeletal muscle function and recovery-related processes following physical activity.
Important Context
Studies included different devices, wavelengths, doses, and exercise conditions. Effects may vary depending on treatment parameters and individual response.
Product Relationship
This research supports the scientific background of PBM for exercise-related recovery but is not a W1-specific clinical study.
Key Finding
Research suggests photomodulation therapy may provide support for managing muscle soreness following physical activity.
Important Context
Studies used different light parameters, treatment timing, and participant groups. Outcomes may depend on dose, protocol, and individual conditions.
Product Relationship
This research supports the broader use of PBM technology for muscle recovery applications but does not represent W1 REGEN evidence.
Key Finding
Research indicates PBM may support pain reduction and recovery-related outcomes in injured athletes.
Important Context
Studies involved different injuries, devices, wavelengths, and treatment protocols. Results may vary depending on injury type and individual conditions.
Product Relationship
This research supports PBM as a studied approach in sports recovery contexts but does not evaluate W1 REGEN specifically.
The studies above were not conducted on W1 REGEN. They are published research on red and near-infrared light (photobiomodulation), shared as background on the science behind the technology. Outcomes in the literature vary with device, wavelength, dose, protocol and individual condition.
Science, Made Wearable
Precision light, built for everyday use.
Explore the technology, modes and wearing options behind W1 REGEN ULTRA.
660 + 810nm
24g per Module
5 Preset Modes
24gper module
VCSEL · 660 + 810nm
VCSEL · 660 + 810nm