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CHOOSING THE RIGHT WAVELENGTH: THE KEY TO REAL RESULTS
Not All Light Is Created Equal
Light therapy is more complex than it appears.
Two devices may look similar, but they do not deliver the same results. The effectiveness of light therapy depends on the precision of the wavelengths, the quality of the light, the intensity, and how that light is distributed across the body.
Every detail matters from LED positioning to output consistency as these factors directly influence how the light interacts with your tissues and the results you can achieve.
Goldride does not simply sell light.
We design, test, and refine our products to ensure they deliver real, consistent, and measurable performance.
Because when it comes to light therapy, the difference is not what you see it’s what your body receives.
This guide is designed to help both individual users and professionals understand each option and choose the most appropriate one based on their needs.
Choose the Right Option
Choosing the right option depends on the area you want to target and the type of effect you are looking for.
If your need involves:
• Skin or surface-level concerns → 430 nm or 660 nm
• Skin recovery or superficial discomfort → 660 nm
• Muscles, joints, or deeper structures → 850 nm
• A broader, more diffuse effect or overall support → 940 nm
If multiple tissue layers are involved, combined options can provide more complete coverage.
Nanometer
660 nm Red Light: Cutaneous and Subcutaneous
850 nm Near Infrared Light: Deep Musculoskeletal
850 nm Near Infrared Light: Deep Musculoskeletal
660 nm red light is used for superficial tissue applications with a more localized action at the skin and subcutaneous level. Its wavelength is primarily absorbed in surface tissues, allowing it to interact with structures close to the skin such as the epidermis, dermis, and superficial soft tissues.
At the biological level, this wavelength is associated with cellular interaction, including mitochondrial activity and energy production (ATP), which supports skin function, local microcirculation, and repair processes in superficial structures.
It is generally selected when the objective involves tissues close to the surface requiring a more precise and localized action.
Recommended for:
• Superficial inflammation
• Mild to moderate localized pain
• Surface microcirculation
• Skin tissue repair
• Wound healing support
• Superficial cellular regeneration
• Superficial muscle sensitivity
• Superficial injuries
• Surface tendon sensitivity
• Minor sprains
• Sensitive points close to the skin
• Collagen support and skin elasticity
850 nm Near Infrared Light: Deep Musculoskeletal
850 nm Near Infrared Light: Deep Musculoskeletal
850 nm Near Infrared Light: Deep Musculoskeletal
850 nm Near Infrared (NIR) light is used for deeper tissue applications with a more targeted penetration into the tissues. Unlike wavelengths that are more strongly absorbed by water, 850 nm is able to penetrate deeper into the body and reach underlying structures such as muscles, joints, and connective tissues.
At the biological level, this wavelength is associated with interaction at the cellular level, including mitochondrial activity and energy production (ATP), which supports tissue function, localized circulation, and repair processes in deeper structures.
It is generally selected when the objective involves deeper tissues requiring a more focused and targeted action.
Recommended for:
• Muscle tension
• Joint discomfort
• Deeper inflammation
• Musculoskeletal sensitivity
• Soft tissue involvement
• Recovery of deeper structures
• Local circulation in deeper tissues
• Areas requiring deeper penetration
430 nm Blue Light: Cutaneous Antibacterial
850 nm Near Infrared Light: Deep Musculoskeletal
940 nm Near Infrared Light: Deep Modulation
430 nm blue light is used for superficial skin applications with a localized action at the epidermal level. Due to its limited penetration, it primarily interacts with the outer layers of the skin and the cutaneous environment.
At the biological level, this wavelength is associated with interaction with light-sensitive compounds present in the skin, contributing to surface antibacterial activity and supporting the balance of the cutaneous environment.
It is generally selected when the objective involves the skin and superficial conditions requiring a targeted action at the surface level.
Recommended for:
• Surface antibacterial activity
• Cutaneous microbiome imbalance
• Superficial skin irritation
• Skin imperfections
• Sensitive areas close to the surface
• Support for skin balance
• Regulation of the cutaneous environment
940 nm Near Infrared Light: Deep Modulation
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
940 nm Near Infrared Light: Deep Modulation
940 nm Near Infrared (NIR) light is used for deeper tissue applications with a more diffuse interaction within the tissues. Due to its absorption characteristics, particularly its interaction with water present in the tissues, its effect spreads more broadly rather than remaining localized.
At the biological level, this wavelength is associated with cellular interaction influenced by water absorption, contributing to circulatory response, tissue relaxation, and overall physiological balance within deeper structures.
It is generally selected when the objective involves deeper areas requiring a broader and less targeted effect.
Recommended for:
• Local circulation support
• Tissue relaxation
• Modulation of discomfort
• General recovery support
• Areas requiring broader coverage
• Deeper tissue sensitivity
• Support for neurological comfort
660 nm + 850 nm Light: Surface and Deep Penetration
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
This combination targets both superficial and deeper tissues. The 660 nm acts at the surface level, while the 850 nm reaches deeper muscular and musculoskeletal structures.
It is generally selected when both surface and deeper areas are involved.
Recommended for:
• Combined superficial and deep discomfort
• Muscle and joint involvement
• Multi-depth soft tissue conditions
• Areas requiring broader penetration
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
430 nm + 660 nm + 850 nm Light: Multi-Layer Penetration
This combination covers multiple tissue levels, from the skin surface to deeper structures. Each wavelength targets a different layer, providing broader and more complete coverage.
It is generally selected when skin, superficial tissues, and deeper structures are involved at the same time.
Recommended for:
• Skin and deeper tissue involvement
• Surface antibacterial support with deeper action
• Multi-layer inflammation
• Combined superficial and deep sensitivity
• Areas requiring full-depth coverage
430 nm + 660 nm + 940 nm Light: Multi-Layer Penetration
430 nm + 660 nm + 940 nm Light: Multi-Layer Penetration
430 nm + 660 nm + 940 nm Light: Multi-Layer Penetration
This combination provides action from the skin surface to deeper tissues with a more diffuse effect. The 430 nm supports the skin environment, the 660 nm acts at the surface level, and the 940 nm provides broader tissue response.
It is generally selected when both skin and deeper areas are involved and a more global, less targeted effect is needed.
Recommended for:
• Skin conditions with deeper tissue involvement
• Surface antibacterial support with broader tissue response
• Diffuse discomfort
• Sensitive or widespread areas
• Areas requiring broader coverage
PVC or No PVC ?
With PVC offers greater durability, moisture resistance, and easier cleaning, making it ideal for intensive or outdoor use. Without PVC provides more flexibility, breathability, and comfort, making it better suited for longer sessions and closer body contact.
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