Aureo Gold Lamp

Our S and M models have 5 wavelengths distributed between red and infrared:
Red: 630 nm, 670 nm, and 727 nm.
Infrared: 810 nm and 850 nm.

There are 2 types of light-emitting sources:
• Central light (COB): exactly the same in both S and M models.
• 24 Satellite lights.

Both the satellites and the central COB can be turned on and off independently. All satellites function as a unit. The following applies to both models:

The central COB emits all 5 wavelengths: 630, 670, 727, 810, and 850.

The satellites emit 4 wavelengths: 630, 670, 810, and 850. They don't emit 727.

Each satellite light emits its own frequency. The infrared ones (810 and 850nm) are not visible, as our eyes cannot see infrared. Therefore, they appear to be off, but we promise they are working perfectly. If you look closely, those emitting 810 actually show a slightly faint red light, but the 850 is completely invisible to the human eye.

USAGE MODES ON THE REAR DISPLAY

MODE 1: Reds (630+670) + COB (all frequencies).

MODE 2: Infrareds (810+850) + COB (all frequencies).

MODE 3: Reds (630 + 670) + Infrareds (810+850) + COB (all frequencies).

Additionally, in each mode you can change the intensity from 0 to 100, for both satellites and COB, which adds versatility. If you set the intensity to 0 on either the satellites or COB, they will turn off completely.

Example: imagine someone works in an office where red light is not allowed. If they take the lamp (they consume very, very little, unlike others such as EMR-TEK) to the office and set it to mode 2 with COB intensity at 0, they could benefit from these 2 key infrared frequencies (810 and 850) during 8 daily office hours. These 2 frequencies are too necessary to mitigate the harmful effects on cells caused by blue light. That is, loss of energy creation caused by cellular dehydration and ATP drop.

Each mode has independent selection of TIME and PULSATION available.

TIME: Number of minutes you will be exposed to the light. Can be selected from 1 to 60 minutes. If you set it to 0, the lamp will not turn off automatically, you will have to do it manually.

PULSATION: You can choose between 1 and 100 Hz. This means they will turn off and on between 1 and 100 times per second. That is, if one selects 2 Hz, the lamp will turn on and off 2 times per second. Scientific literature explains that pulsing infrared can have a greater benefit than if the light is applied continuously. Therefore, if we want greater depth and dosage, pulsing is optimal. The frequency at which the lamp pulses is not really that important. Many studies maintain that what is really important is that whatever the frequency, the lamp should be on half the time and off the other half. This will allow the skin not to heat up with higher doses that need to reach deep organs like the brain.

Pulsation is an extra gift in the lamp, and one of the differentiating factors compared to other lamps. More and more studies are appearing and it's possible that more effective protocols with pulsation will appear in the future. For now, you can start using it in a general way.

Distance 15 cm - Time 15 Minutes

Skin and eye treatment

Glucose management

Cold

Wounds

Beauty treatments

Distance 10 cm - Time 30 Minutes (or 5cm - 14min)

Pain relief treatment

Anti-inflammatory

Arthritis

Distance 10 cm - Time 40 Minutes (or 5cm - 16min)*

Sports performance

Distance 10 cm - Time 60 Minutes (or 5cm - 25min)*

Muscle pain

Treatment of deep tissues such as the brain or other internal organs

* We recommend the first option, even if it means longer exposure time, as the photobiomodulation literature strongly demonstrates that low intensities and high exposure times are preferable, even though the dose is the same when receiving light at 10 cm for 60 min as when receiving light at 5 cm for 25 min.

Our lamps are characterized by their remarkably low power consumption. First, because our LEDs are an innovation that very few brands offer. And second, because the electronic design was led by Diego, one of our partners, probably the most knowledgeable person on the planet about healthy lighting. Their consumption is less than that of a desktop computer. Really very little.

Furthermore, they contain frequencies that crystals filter and that are too important for our biology. For example, 727 nm is the frequency responsible for leptin function. You heard that right. Leptin is the master hormone of energy metabolism and plays a key role in fertility, along with alpha-MSH. The other frequencies we include are necessary for our mitochondria to transform food energy, which we cannot use as is, into another type of energy that we can use.

Aureo Lightstyle is the first lamp brand with VERY VERY low electrical consumption while having enough power to carry out their function.

We will never be able to imitate the Sun, but the difference between good and poor indoor lighting means the difference between health and illness. That's the key to our versatility.

1. HOME
For home use, you should use MODE 3 (ALL ON) during natural sunlight hours.
If you want it to consume EVEN LESS electricity, you can lower the intensity of the COB and satellites to half (50%).

2. OFFICE
To use the lamps in the office during working hours, follow this protocol:
Place it between 50 cm and 1 m away in mode 3. This would produce similar results to the M model. It's difficult to quantify, as depending on the study and organ studied, the effective dose may be greater or lesser. What is 100% certain is that you MUST include red and infrared in your daily indoor life.

Obviously, the lamp pointing directly at your eyes can be glaring or bothersome. The good thing is that you can position it strategically to avoid discomfort. Consider that a study showed that 670 nm light on a point on the back (the participant didn't know if they were receiving light or not) is indicated to reduce glucose spikes by almost 30%, which is impressive, considering they drank 75g of pure glucose in that study. Other studies showed that putting the light on the leg or abdomen had benefits in the brain (actually throughout the body since they are systemic). Therefore, one can put it under the table on the legs, or on the back to avoid discomfort, and still get the benefits.

If red light isn't allowed in your office, use mode 2 with the COB at intensity 0 (off). This way, since infrared isn't visible, you would get the benefits of the 810 and 850 frequencies, which are multiple, without bothering anyone or raising suspicions. Remember that it's the infrared that structures the body's water and makes your mitochondria produce more water and ATP. In this case, you should place the lamp at 30-40 cm. If you put it on your legs, your boss wouldn't even know you're using it.

IMPORTANT:
Although red and infrared light produce subcellular melatonin (95% of all melatonin your body produces), a few studies confirm that intense red light can reduce your pineal melatonin (5% of your body's melatonin). That's why if you decide to do red light therapy at night or before dawn, you can use MODE 2 (infrared) with the COB off (intensity 0) and satellites at 100.

If what you want is to illuminate your house very dimly before going to bed, try reducing the intensity of the COB and satellites. Just that will give you the definitive help.

Your health is determined by your lighting environment. Your biological functions are governed by the sun, not by food and exercise. You decide whether you use natural or artificial light. But if it is artificial, it is better to use the light we make at Aureo Lightstyle. They do not have all the frequencies of the sun, but they do have the most important ones, which are completely lacking in indoor life.

• Anti-inflammatory effects
• Treatment of primary dysmenorrhea
• Treatment of diabetic peripheral neuropathy
• Diabetic wound healing

• Improved mitochondrial function
• Neuroprotection
• Increased mitochondrial respiratory capacity
• Stimulation of DNA synthesis
• Vasodilation
• Therapeutic potential in neurodegenerative diseases

Activates leptin function

• Improves wound healing
• Activation of pancreatic cells
• Sperm enhancement
• Neuroprotective effects
• Improves symptoms of diabetic neuropathy
• Improved cognitive function

• Benefits in children with autism spectrum disorder (ASD)
• Improvement in children with a type of spina bifida called myelomeningocele
• Reduction of oral pain