Rohs light therapy lamps

Yes, our light therapy lamp utilizes a patent that is rohs compliant. It meets environmental standards by reducing hazardous substances, as it employs 40 Hz light therapy to stimulate gamma brainwaves. Therefore, it offers a sustainable approach to enhancing cognitive function and overall well-being. 

We are still assessing the potential of using light therapy lamps. As research is ongoing, it would be premature to provide any information. However, using light therapy lamps may have a significant impact on your mental well-being. 

Cognitive behaviours such as learning and memory retention are linked to gamma waves. Delta frequencies are found during states of calmness and sleep. Alpha brainwaves are associated with moments of increased creativity, while beta brainwaves are linked to focus and attention. 

40 Hz light stimulation is a therapeutic approach that involves exposing individuals to light flickering at a frequency of 40 hertz (Hz), where the light pulsates on and off 40 times per second. This technique is primarily explored for its potential benefits in treating Alzheimer’s disease. 

The key aspects of 40 Hz light stimulation include: 

Gamma Rhythms Restoration: The therapy aims to stimulate the brain and restore gamma rhythms, which are important for cognitive functions and are often disrupted in Alzheimer’s patients. 

Reduction in Alzheimer’s Pathology: Studies have shown that 40 Hz stimulation can reduce the levels of amyloid and tau proteins in the brain, which are hallmarks of Alzheimer’s pathology. 

Improvement in Cognitive Functions: Preliminary studies indicate that this therapy can improve cognition and preserve synapses in Alzheimer’s patients. 

Non-Invasive Nature: As a non-invasive therapy, it delivers sensory stimulation through light and sound, offering a safer alternative to more invasive treatments.

Potential for Widespread Application: Ongoing research and clinical trials are exploring the broader applicability and effectiveness of this therapy in treating Alzheimer’s disease.  

EVY LIGHT® primarily focuses on gamma brainwave stimulation rather than directly influencing circadian rhythms and sleep patterns. Gamma brainwave stimulation involves exposing the brain to specific rhythms of light, like 40 Hz, to potentially enhance cognitive function and alleviate certain neurological conditions.

While EVY LIGHT® may indirectly impact sleep and circadian rhythms by affecting neurotransmitters like serotonin and melatonin, its primary aim is not specifically tailored for managing sleep disorders or circadian rhythm disturbances. The device is designed to stimulate brainwave activity and is not primarily intended for regulating sleep patterns or circadian rhythms. Therefore, its effect on sleep and circadian rhythms might be secondary or incidental compared to its primary goal of cognitive enhancement.

It should be noted that recent studies using a 40 Hz light flicker on an Alzheimer’s disease (AD) mouse model showed promising results for improving disrupted sleep patterns and internal body clocks (circadian rhythms). This light appeared to positively affect the natural rhythm of activities like sleep-wake cycles. It influenced specific genes related to regulating our internal body clock and helped the brain’s “timekeeper” function better. These changes might suggest a potential therapy for sleep problems. Current research is still exploring how this could be applied to the broader audience and whether similar effects would be seen. 

The expected service life for EVY LIGHT® is 5 000 hours of normal use.

The daily expected operating time is 60 minutes (1 hour). 

No, users do not have to look directly at the device to receive stimulation. The device should be placed so the light from the device has access to your eyes.
Data suggest that using the device consistently for the recommended 60 minutes is more important than looking directly at the device.

It is therefore key to find a daily routine that naturally incorporates the device in you every day. 

We recommend placing the device within the field of your vision at approximately an arm’s reach of you.

It is important that the light can access your eyes. You can turn up the brightness if you place it far from you and turn it down when placing it very near. Adjust the brightness to make sure the light is comfortable.

Internal testing has shown brain stimulation at up to 6 feet (2 meters). 

On average, users report noticeable effects within 4 to 6 weeks.

There have been cases in which users have experienced an effect earlier or later than the 4-6 weeks timespan.
We can not guarantee users to feel an effect after a certain amount of time.

All individuals and brains are different.