GEOMETRIC LIGHT SEQUENCER
Geometrically sequenced light incorporating ELFET technology
INTRODUCING THE GEOMETRIC LIGHT SEQUENCER
The Geometric Light Sequencer (GLS) incorporates ELFET technology into a versatile light-based system designed for a range of personal and therapeutic applications.
The GLS can be configured with White, Green (515 nm) or Infrared (850 nm) light, allowing the light source to be selected according to the intended application.
The GLS light treatments facilitates an easier and more balanced energy flow in meridians – and improves mechanisms to eliminate waste and toxins.
DNA damage is due to toxins and long-term dehydration – the GLS might have beneficial effects at mitochondrial level, but not directly in DNA repair – DNA repair is a process only possible in a properly hydrated body.
HOW THE GEOMETRIC LIGHT SEQUENCER IS USED
The Geometric Light Sequencer is designed for a variety of applications across professional and personal settings.
THERAPISTS
A resource for practitioners incorporating the GLS into their wellness applications.
PERSONAL USE
The GLS can also be used in personal settings according to the supplied operating guidance.
ANIMALS
Pets and Farm Animals: Application for sick and injured animals
PAIN RELIEF
Natural pain-relief applications.
STRUCTURED WATER
Used for structuring drinking water.
STRESS
Used in applications intended to reduce stress.
MERIDIAN BALANCING
Used to balance meridians and aid the healing process..
CHOOSE YOUR LIGHT
The Geometric Light Sequencer is available with three light options: White, Green (515 nm) and Infrared (850 nm). The appropriate light can be selected according to the intended application.
WHITE LIGHT
Broad-spectrum visible light.
GREEN LIGHT · 515 NM
A visible green light option..
INFRARED LIGHT · 850 NM
An infrared light option that is not directly visible to the human eye
Select a light option below to view detailed information, applications and guidance.
White light contains the full visible spectrum, making it the broadest of the three light options available with the Geometric Light Sequencer.
Using White Light
White laser light contains a broad spectrum of visible wavelengths. When applied to the skin, these wavelengths can penetrate the dermal layers and interact with cells in different ways.
Biological Effects of White Laser Light on Skin:
1. Photobiomodulation
The White light contains multiple wavelengths that can influence cellular activity. It can stimulate mitochondrial activity and increase ATP production, helping to support cell repair and regeneration.
2. Collagen Production
Certain wavelengths within the visible spectrum can stimulate fibroblasts in the dermis to produce collagen and elastin. This can help improve skin elasticity and reduce the appearance of wrinkles.
3. Anti-Inflammatory Effects
Light therapy can influence the body’s inflammatory response by affecting cytokine production. This may help reduce inflammation, redness and swelling.
4. Antimicrobial Action
Some wavelengths of visible light have antimicrobial properties and can be useful in applications involving acne and certain skin infections.
5. Circulation and Blood Flow
Light exposure can influence local blood flow and capillary function, supporting circulation, skin tone and the healing process.
Treatment Time
Treatment time will depend on the condition being treated, the wavelength and power of the light, and the individual.
A typical session may last between 10 and 30 minutes. Depending on the application, sessions may be repeated daily or several times a week over a period of several weeks.
When the GLS is being used as part of a professional treatment programme, follow the protocol recommended by the practitioner.
Precautions
Eye Protection: Always use appropriate eye protection and avoid looking directly into the light.
Skin Sensitivity: Watch for reactions such as redness, swelling or irritation. Discontinue use if a severe reaction occurs.
Pregnancy: The safety of laser treatments during pregnancy has not been well established. Consult a healthcare professional before use.
Medical Conditions and Medication: People with photosensitive conditions or those taking photosensitising medication should consult a healthcare professional before using light-based treatments.
Summary
White laser light can be used to support skin healing, collagen production, circulation and anti-inflammatory applications at a cellular level. Treatment time and frequency will depend on the intended application and the individual.
The Green Laser is intended as the “flashlight” replacement for our successful GeoFusion dot laser. The original dot laser can be difficult to ship internationally because of restrictions surrounding laser devices.
Using Green Light · 515 nm
Green laser light at 515 nm interacts with the skin differently from white light, with particular effects on blood vessels and cellular activity.
1. Vascular and Dermal Effects
Green light at 515 nm is readily absorbed by haemoglobin and other chromophores within blood and vascular structures. This absorption produces localised heating within the targeted blood vessels.
This makes 515 nm green light particularly useful for vascular applications, including the treatment of visible superficial vessels, telangiectasias, spider veins and rosacea.
Mild thermal effects may also stimulate some collagen remodelling, supporting skin tightening and rejuvenation.
2. Cellular Effects
At lower levels, green laser light can produce photobiomodulation effects. These include increased cellular metabolism, improved blood flow and increased fibroblast activity.
Controlled exposure may also support the body’s healing response and help reduce inflammation.
Green light has relatively low absorption by melanin compared with its absorption by haemoglobin, which can reduce the likelihood of unwanted pigment changes.
Treatment Time
Treatment sessions typically range from 10 to 30 minutes, depending on the size of the area and the condition being treated.
Multiple sessions may be required. The ELFET guidance recommends more than six sessions, once or twice daily, depending on the application and response to treatment.
Precautions
Eye Protection: Both the practitioner and person receiving treatment should wear appropriate laser safety eyewear.
Skin Assessment: Check the area before treatment. Avoid using the light directly over active infections, open wounds or severely inflamed skin.
Avoid Overexposure: Excessive exposure may cause unnecessary heating, burns or changes in pigmentation.
Medication and Photosensitivity: Take particular care where photosensitising medication is being used or where there is an existing condition that increases sensitivity to light.
Summary
The 515 nm Green Laser is primarily used for vascular applications because of the way green light is absorbed by haemoglobin. It can also be used for photobiomodulation and applications involving circulation, inflammation and cellular activity.
Treatment time and frequency should be matched to the intended application, with appropriate eye protection and attention to skin response.
The IR Laser is a well-known for its use in clinical environments. Please note – this is not a heat source radiating through a red lens – it is actual infrared light, and not visible to the naked eye.
Using Infrared Light
Infrared light at 850 nm is widely used in clinical and therapeutic environments. Unlike a heat source shining through a red lens, the GLS produces actual infrared light. This wavelength is not visible to the naked eye and can penetrate more deeply into tissue than visible light.
At the cellular and tissue level, 850 nm infrared light is used for photobiomodulation, where light interacts with cells to influence a range of biological processes.
1. Cellular Effects
Mitochondrial Stimulation: The 850 nm wavelength penetrates tissue effectively and is absorbed by cytochrome c oxidase within the mitochondria. This can increase mitochondrial activity and the production of ATP, providing cells with additional energy.
Reactive Oxygen Species (ROS): Mild increases in ROS can act as signalling molecules involved in cellular repair and regeneration.
Nitric Oxide Release: Infrared light can stimulate the release of nitric oxide (NO), promoting vasodilation and improved blood flow while contributing to anti-inflammatory effects.
Gene Expression: Infrared light can influence gene expression associated with cell proliferation, migration and anti-inflammatory pathways.
2. Tissue and Dermal Effects
Improved Circulation: Increased blood flow can support tissue repair and help reduce inflammation.
Anti-Inflammatory Effects: Infrared light can influence immune responses and reduce inflammatory cytokines.
Pain Relief: Through its effects on inflammation and nerve activity, infrared light can be used for pain-relief applications.
Wound Healing and Tissue Regeneration: Infrared light can support repair processes, collagen synthesis and cell proliferation.
Treatment Time
Treatment time depends on the area being treated, the condition and the individual.
A typical application is approximately 2 to 4 minutes per area, with multiple areas treated during the same session where required.
Treatments may be repeated daily over several weeks, depending on the application.
Precautions
Eye Protection: Infrared light is invisible, but it can still damage the eyes. Appropriate laser safety eyewear should always be worn during treatment.
Skin Integrity: Avoid treating open wounds or infected areas unless this forms part of a specific treatment protocol.
Pregnancy: Infrared laser treatment should be avoided during pregnancy unless its use has been cleared by an appropriate healthcare professional.
Active Malignancies: The owner’s protocol advises against using the infrared option over an area with an active malignancy and specifies the White Laser instead.
Photosensitivity: People with photosensitive conditions should seek appropriate professional guidance before treatment.
Summary
The 850 nm Infrared Laser works below the visible spectrum and is used for photobiomodulation at both cellular and tissue levels. Its applications include supporting ATP production, circulation, inflammation management, pain relief and tissue repair.
Treatment duration is generally short—around 2 to 4 minutes per area—and can be repeated according to the intended application.
HOW THE LIGHT OPTIONS WORK WITH ELFET
White, green and infrared light have different characteristics, but within the GLS they are all used as carriers for ELFET resonance and field information. The choice of light therefore depends on the application and how the light is being used.
GLS light treatments are used to support a more balanced flow of energy through the meridians and to assist the body’s mechanisms for eliminating waste and toxins.
Hydration also plays an important role. The ELFET approach considers long-term dehydration and toxin accumulation as factors that can affect cellular function. The GLS may have beneficial effects at mitochondrial level, while DNA repair itself depends on the body’s own repair processes and adequate hydration.
POWER REQUIREMENTS
The GLS requires a suitable charger and cable to operate correctly. Standard chargers and cables commonly used for mobile phones may not provide sufficient power, so please check the specifications before use.
CHARGER
Input: 100–240V, 1.3A minimum
Output: 5V, 3A minimum per single port
Check the specifications printed on the charger carefully, as charger ratings can sometimes be misleading.
A suitably rated fast charger can be used, provided it meets the requirements above.
CABLE
60–100W Charge & Data Cable
USB to USB-C
Standard cellphone USB cables, including some supplied with fast chargers, may not carry sufficient amperage to operate the GLS correctly.
IMPORTANT
If the GLS does not operate correctly, check that both the charger and cable meet the specifications above before troubleshooting the unit itself.
GEOMETRIC LIGHT SEQUENCER RESOURCES
When deciding between white, green, or infrared light, it’s essential to first determine your intended use for the light.
IR light is not directly visible, so it must be used with a better understanding and awareness insofar as the light being on and pointed in the right area – in the room or on the body.
Ultimately, it doesn’t matter which light you choose, as they can all essentially perform similar functions in transfer of resonance and field, with some variations in outcomes using the different colours