Our therapeutic infrared and deep red light bulbs are unlike anything else on the market. Just like the Sun, they deliver about 50% of light energy in the invisible near-infrared (NIR). This is made possible using proprietary optical structures developed specifically to work with standard LEDs. Unlike other types of deep red and infrared lamps, our bulbs can also be used for general lighting while delivering a true sun-like full spectrum with continuous energy across the visible up to the infrared region beyond 1000nm.
For the new IR-CAP technology page, please click here.
Bulbs Currently Available for Ordering:
We are now shipping the 12.3W A19 versions of all the bulb colors shown below. Those are available in the standard E26 Edison medium screw base.
Click Here To Order One of Each.
Click Here To Order 5K Bulbs.
Click Here To Order 4K Bulbs.
Click Here To Order 3K Bulbs.
Click Here To Order 2K Bulbs.
You can also scan the QR codes below.
If you are interested in bulk volume discounts or to place an order from outside the Continental USA, please send an email to orders@phosphortech.com that includes your full name and contact details in addition to the number of bulbs you would like of each color temperature shown below. We will then send you a quote.
Available Color Temperatures
Therapeutic infrared lamps and bulbs come in all shapes and sizes and they have gained in popularity following the numerous studies confirming the benefits of body exposure to NIR light. Many commercial products claim they can help with muscle regeneration and pain relief, but those claims are often not supported by the type of NIR and red light sources used in such products. The majority of deep red and NIR sources on the market today have narrow-band spectral characteristics since they tend to rely exclusively on LEDs and/or lasers.
A standard LED spectrum converted to a full visible+infrared using phosphor technology
Following more than 25 years of research and development into advanced optical materials, our company has demonstrated and built a wide range of infrared and deep red broadband light sources using advanced photonic structures. These optical structures can deliver deep-red, NIR, and SWIR (Short Wave IR) light emission using phosphor-converted LEDs (pcLEDs), while achieving a full and continuous color band. Unlike conventional LEDs, the NIR-to-visible spectral ratio from our bulbs is comparable to that in the solar spectrum. The full range of IR bands available makes it possible for the produced light energy to reach beyond the subcutaneous tissue or deepest layer of the skin and into the muscles. This is made possible using advanced optical materials matched to existing solid-state lighting technologies typically used in conventional LED bulbs. For example, the full visible+NIR spectrum shown above was achieved by converting a standard LED with excessive blue light and no NIR or deep red energy into a full spectrum visible+NIR comparable to what we experience during the early morning or late afternoon sun.