Should I wear protective eyewear?
Eye protection should always be used when operating the device. Do not stare directly in the LEDs. The window covering covers the full front surface of the device. If your eyes are sensitive to light or if you take medications that cause photosensitivity, consult a medical professional prior to use.
What is the difference between NIR and RED light wavelengths?
Both red light at 660nm and near infrared light at 850nm have been shown to enhance cellular function. The primary difference is that NIR has been shown to penetrate deeper than red light. So:
- Red light is better for skin issues
- NIR is better for deeper tissues like muscle and joints.
- If in doubt, we recommend using the combined mode with both NIR + Red.
Can I wear clothes when using LUMEBOX®?
Yes, you can wear clothes during your treatment sessions. However, the specific areas of the body you are trying to treat should be fully exposed to the light and not covered by clothing.
Can the device interfere with medications?
While several studies have shown light therapy to be safe, it is important to consult with a medical professional about the medications you are using prior to operating the device.
Is the device safe for children?
While several studies have shown light therapy to be safe, it is important to consult with a medical professional prior to use with children. Children should never use the device without parental supervision.
Do I need to power off the device while not in use?
Yes, the device should be powered off in order to save battery life as well as avoid any unwanted exposure.
What is LUMEBOX® red light therapy?
LUMEBOX® RLT delivers specific wavelengths of red light to help skin, muscle tissue, and other parts of your body work better. It delivers both red or near-infrared light from every bulb.
Red light therapy is also commonly referred to as low-level laser therapy (LLLT), low-power laser therapy (LPLT), and photobiomodulation (PBM).
How does LUMEBOX® red light therapy work?
The powerhouse inside our cells (the mitochondria) have receptors for light. Specifically red light. Scientific studies have shown that red light can be absorbed by our mitochondria, which in turns trigger processes that help our cells repair themselves and stay healthy, for example in the skin, RLT has been shown to support collagen production and prevent wrinkles.
What does red light therapy treat?
What are the risks?
LED based Red light therapy is generally considered safe, although it is important you choose a reputable brand that has conducted quality assurance tests.
Just like there is no one size fits all with nutrition, we all respond differently to light. Some of us can benefit from a lot of red light, whereas others are more sensitive.
We recommend you check with your healthcare provider before starting, and start low, e.g. 3-4 minutes, and observe how you respond.
When we interviewed Dr Michael Hamblin, he was of the belief that it is quite hard to overdose on red light, and some side effects may be fatigue, headache, but there’s been no serious ill effects from red light reported so far.
Is LUMEBOX® registered with the FDA?
Yes, LUMEBOX® is a FDA class II device.
Are there other resources or medical experts that can attest to the benefits of red light therapy?
Yes. Learn More Here!
* A study in the journal Seminars in Cutaneous Medicine https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4126803/
*Academy of Dermatology Association https://www.aad.org/public/diseases/acne/derm-treat/lasers-lights
*Studies have shown promise for certain conditions, says Dr. Elizabeth Buzney, assistant professor of dermatology at Harvard Medical School. “I think it’s a really exciting emerging area,” she says. LED lights have been around since the 1960s, but have only recently been used as a skin treatment. Experts believe that red LED light acts on cells in the skin known as fibroblasts, which play a role in the production of collagen, a protein that makes up a large part of connective tissue and helps the skin to recover when it’s harmed. So, in theory, red light could help to reverse some of the signs related to photoaging in the skin, says Dr. Buzney. In addition, some studies show that red light may help to restore hair for those with androgenetic alopecia, or male- and female-pattern hair loss, she says.
*The Navy SEALs study and wound recovery. https://pubmed.ncbi.nlm.nih.gov/11776448/
What is your return policy?
The LUMEBOX® portable device comes with an automatic 30-day return period upon receipt of the device. If you are not satisfied with the device in the first 30 days of receipt, your device is eligible for a refund of your purchase. Please visit our website athttps://thelumebox.com/returns for further details.
How do I contact LUMEBOX®?
Find our contact information here.
Why doesn’t Lumebox offer a Full Body Red Light Therapy device?
Based on our extensive research, we find that the majority of the users achieved their desired results using the Targeted Red Light Therapy device, in areas such as sore ankles, muscle tightness, and joint pain. Additionally, for personal self-care and facial skin rejuvenation, we find that Targeted Red Light Therapy is much more convenient and easier than Full Body Red Light.
What is the Irradiance and how is it tested?
This is the most commonly asked question so it is important to provide some background.
There are many ways to achieve a false higher irradiance result, and a lot of companies out there use hand-held light meters, which are not usually very accurate. The readings may be affected by a variety of things, like the type of meter, the placement and angle between the device and testing equipment, or not using a final product for testing.
To ensure we can confidently support our irradiance numbers, LUMEBOX® tested with two separate labs. The first lab reported that irradiance for both red light and NIR were well above 150 mW/cm2. The second lab used more advanced testing equipment, in a standardized, controlled lab environment, at 1cm away from the device (not 0cm, which would again falsely give a high reading because the closer you are to the light source, the higher the irradiance). The irradiance was 140 mW/cm2 for NIR and 125 mW/cm2 for red light. Note – We also tested two other leading brands at the second lab, and their irradiance came out significantly lower than what they claim on their website. So, if irradiance is something you care about a lot – ask the company how they tested and make sure they’re not pulling the wool over your eyes.
At LUMEBOX®, we pride ourselves on rigorous, high standards, so we decided to use the measurements from the 2nd lab even though the first one gave us higher readings.
Does LUMEBOX® test for EMF?
Testing for EMF is somewhat similar to irradiance – readings are not always accurate and affected by many external factors. This is why we decided to test for EMF in an independent lab instead of with a hand-held EMT meter. In addition, we have not found any company that reports their EMF at 0 cm from the device. Most companies report their EMF reading at 6” away – which is misleading, because distance reduces EMF, and this is how they can show a reading of 0uT, which would apply to LUMEBOX® as well.
We went one step ahead and tested the EMF in an independent lab, at 0 cm away from the device, not 6”, and it measured at 0.2uT, which is very low – common household appliances like hair dryers would be 50-100x that.
Does LUMEBOX® have any flicker issues?
Flicker is mainly caused by the stability level of the power supply. Generally it is a bigger concern for LED products that run on AC power. LUMEBOX® operates on DC power (battery), and therefore flicker is not considered an issue. You may see mild flickering for 1-2 seconds when switching between modes but this is to be expected while the power switches between electrical circuits. This should not have any health effects unless the user tends to be hyper-sensitive.
In hyper-sensitive individuals, flickering in lighting may be associated with headaches at the workplace when exposed to long periods, particularly at lower flicker rates of less than 120hz. You’ll see companies claim they are ‘low flicker’ but this can be misleading terminology because lower flicker rates (below 60Hz) are still detectable to the naked eye. Instead, waveform and flicker index are much better measures to look for when measuring flicker rate. Thankfully, this is not necessary in a DC-run device like LUMEBOX® unlike larger AC powered panels that require wall sockets.
Who should NOT use LUMEBOX®?
- Do not use the device if you are photosensitive
- Do not use the device if using topical, oral, or injectable steroids.
- Do not use the device during the healing period post LASIK eye surgery.
- Do not use the device if pregnant or lactating, users should consult their physician with any questions.
What do I do if I have an issue or complaint with my LUMEBOX®?
Please contact firstname.lastname@example.org