Food Grade Silicone LED Hand Mask With 3 Adjustable Light Settings

Comfort and Skin Care in One Flexible Device

WF022 combines 605nm orange, 630nm red and 850nm near-infrared light in a soft, wearable hand mask. Its wraparound design covers the hand and wrist, while three adjustable settings and a 10-minute automatic session make it simple to add to a regular care routine.

• 76 three-in-one LED bulbs with 228 LED chips
• Flexible food-grade silicone construction
• One-button control with three adjustable settings
• USB rechargeable with 10-minute auto shutoff
• Two-year warranty

Key Benefits

• Helps improve the appearance of skin texture and tone
• Supports temporary relief from minor hand and wrist discomfort
• Promotes smoother, healthier-looking skin
• Provides even coverage across the hand and wrist
• Noninvasive and gentle on the skin

For cosmetic home use and temporary comfort support only. Individual results may vary.

Three Wavelengths, One Simple Session

Each wavelength is selected for a different treatment depth. The three-in-one bulb arrangement delivers all three wavelengths across the same treatment area without requiring separate devices.

Orange Light · 605nm

The most surface-focused wavelength in the device. It is intended for cosmetic routines focused on the visible condition, tone and overall appearance of the skin.

Red Light · 630nm

Reaches further into the skin than orange light. It is commonly used in routines focused on skin texture, collagen activity and local microcirculation.

Near-Infrared Light · 850nm

Invisible to the eye and deeper-reaching than the two visible wavelengths. It is included for deeper hand and wrist coverage and comfort-focused use.

How to Use

For an initial routine, use the device for three to five 10-minute sessions per week for four to six weeks. Continue with maintenance sessions as desired.

1. Prepare Your Hands

Start with clean hands. If using a compatible lightweight skincare product, apply a small amount to the cuticles and backs of the hands.

2. Position the Device

Place one hand comfortably inside the flexible mask.

3. Secure and Start

Fasten the strap around the wrist. Press and hold the power button to begin the 10-minute session. The device switches off automatically.

4. Finish Your Routine

Remove the device and apply hand cream or moisturizer as needed. Wipe the mask gently after use.

LED Hand Mask Before and After

Technical Specifications

What Is Inside

• Flexible silicone LED hand mask × 1
• Adjustable Velcro strap × 1
• USB charging cable × 1
• User manual × 1

Standard packaging can be supplied for samples and wholesale orders. Custom packaging is available according to project scope and order quantity.

Safety and Use Guidance

Use this section as an accordion so the page remains clean while essential guidance is easy to find.

• For cosmetic home use only. The device is not intended to diagnose, treat, cure or prevent disease.
• Do not look directly into active LEDs.
• Keep the device away from children, water and flammable materials.
• Do not use on open wounds, infected or severely irritated skin, or areas with reduced heat sensation.
• Ask a healthcare professional before use if pregnant, photosensitive, affected by a light-triggered condition, or taking medication that increases light sensitivity.
• Stop immediately if burning, pain, dizziness or unusual discomfort occurs.
• Do not use a damaged, wet or unusually hot device.
• Do not use while charging. Use the supplied cable and a compliant USB adapter that matches the product rating label.

Frequently Asked Questions

Are red light therapy gloves safe?

One of the biggest advantages of red light therapy is its excellent safety profile. It is non-invasive, drug-free, and suitable for long-term use. Side effects are rare and generally mild, such as temporary warmth or slight redness.

Does red light therapy for hands really work?

Yes, red light therapy for hands can work, but results depend heavily on what you are treating and consistency of use. It utilizes specific wavelengths of red and near-infrared light to stimulate cell energy, reduce inflammation, and boost collagen. Clinical studies and user experiences show mixed outcomes for different hand issues.

How often can I use red light therapy on my hand?

Most people will need 3-5 sessions per week, each 10-20 minutes long. However, if you’re wondering how often to use red light therapy for pain, you may benefit from doing daily sessions initially and then decreasing the number to 3-5 sessions a week.

Can I order therapy gloves with my own brand name and packaging?

Yes. We offer full OEM (white-label with your branding applied to existing hardware) and ODM (complete product customization including hardware modifications, colors, packaging, and manual design). OEM is available from 50-pair minimum orders. ODM custom development typically requires 200+ units for production viability. All tooling and mold IP belongs to the client after cost recovery. NDA signing is standard practice before any project briefing.

What is the difference between orange light (605 nm), red light (630 nm), and near-infrared (850 nm) in a therapy glove?

Each wavelength targets a distinct tissue depth and biological mechanism. Orange light at 605 nm is the shallowest-penetrating of the three — it is primarily absorbed in the epidermis and upper dermis, making it effective for surface-level skin conditions such as redness reduction, mild inflammation, and skin tone evening. It is particularly relevant for clients combining hand therapy with cosmetic skin care goals.

Red light at 630 nm penetrates slightly deeper into the dermis, where it stimulates fibroblast activity, collagen and elastin synthesis, and microcirculation. It is well-suited for skin rejuvenation, wound healing, and superficial soft tissue recovery around the hand and fingers.

Near-infrared at 850 nm is invisible to the naked eye and reaches significantly deeper — up to 2-3 cm — accessing tendons, ligaments, joint capsules, synovial tissue, and bone. It is the primary wavelength for addressing joint pain, arthritis, carpal tunnel syndrome, and tendinopathy. Its mechanism centers on mitochondrial cytochrome c oxidase activation, reducing inflammation and promoting cellular energy production in deep structures.

In a multi-wavelength therapy glove, combining all three allows simultaneous treatment of the skin surface, mid-dermal tissue, and deep joint structures in a single session. This is especially valuable for conditions like rheumatoid arthritis where both skin-level inflammation and deep joint involvement are present. Configuration and dosing for each wavelength can be adjusted based on your target indication and patient profile.