Commercial Red Infrared Therapy Bed for Weight Loss

 

The whole body red light therapy bed is based on the core principle of "red light therapy (Photobiomodulation, PBM)". By emitting low-energy red light or near-infrared light (NIR) of a specific wavelength (600-940nm), it penetrates the skin and soft tissue, acts on the cell mitochondria, triggers photochemical reactions, and thus regulates cell metabolism, promotes tissue repair, and improves system function.

 

 

 

- Red light (600-700nm) and near-infrared light (800-940nm) can be absorbed by cytochrome C oxidase (key enzyme of mitochondrial respiratory chain), enhance ATP synthesis efficiency, and improve cell energy supply.

- Mechanism of action: light energy is converted into bioenergy, promotes tricarboxylic acid cycle, reduces reactive oxygen species (ROS) accumulation, and relieves oxidative stress damage.

 

- Red light stimulates endothelial cells to release nitric oxide (NO), dilates blood vessels, increases local blood flow (increases 20%-30%), and accelerates oxygen and nutrient delivery.

- Clinical association: Improves ischemic tissue metabolism, such as increasing the healing rate of diabetic foot ulcers by 40%.

 

- Inhibits the release of pro-inflammatory factors (such as TNF-α, IL-6), promotes the production of anti-inflammatory factors (such as IL-10), and reduces the damage of chronic inflammation to tissues.

- Research support: Red light therapy can enhance the phagocytic ability of neutrophils and quickly eliminate pathogenic microorganisms, which is suitable for infected wounds.

 

- By activating the PI3K-AKT signaling pathway, it promotes axon regeneration and nerve myelination, and accelerates the repair of peripheral nerve damage.

- Case: After red light therapy, patients with postherpetic neuralgia had a pain relief rate of 70%.

 

 

- Applicable diseases: arthritis, lumbar disc herniation, soft tissue injury.

- Mechanism of action:

- Analgesia: reduce the concentration of pain mediators (such as serotonin, substance P) and block the transmission of pain signals.

- Repair: stimulate chondrocyte proliferation, promote synovial fluid secretion, and delay cartilage degeneration.

- Clinical data: After 3 weeks of treatment, the pain score of patients with chronic low back pain decreased by 50% and the range of motion increased by 35%.

 

- Applicable diseases: surgical incisions, burns, pressure sores, diabetic foot.

- Mechanism of action:

- Cell proliferation: accelerate fibroblast migration and collagen synthesis, shorten the healing cycle (such as burn wound healing time reduced by 30%).

- Anti-infection: enhance macrophage phagocytosis and inhibit the colonization of pathogenic bacteria such as Staphylococcus aureus.

- Technical advantages: The large spot design (diameter ≥ 120mm) can cover a large area of ​​wounds, avoiding the limitations of traditional laser spot treatment.

 

- Applicable scenarios: skin sagging, wrinkles, acne scars, photoaging.

- Mechanism of action:

- Collagen regeneration: stimulate the activity of dermal fibroblasts, promote the synthesis of type I collagen, and reduce fine lines by 23% in 28 days.

- Oil control and acne removal: inhibit excessive secretion of sebaceous glands, reduce the proliferation of Propionibacterium acnes, and improve inflammatory acne.

- Combined application: combined with radio frequency and microneedle, it can improve skin firmness and glossiness.

 

- Applicable diseases: Alzheimer's disease, Parkinson's disease, and sequelae of stroke.

- Mechanism of action:

- Clearing toxic proteins: enhance the drainage efficiency of the meningeal lymphatic system and accelerate the clearance of amyloid beta (Aβ) and tau protein.

- Neuroprotection: inhibit excessive activation of microglia, reduce neuroinflammatory response, and delay neuronal apoptosis.

- Research progress: Animal experiments show that light therapy can improve the cognitive ability of AD model mice by 70% and improve pathological indicators by 60%.

 

- Applicable people: those who stay up late for a long time, are under great pressure, and have low immunity.

- Mechanism of action:

- Metabolic regulation: enhance liver detoxification function, promote lactic acid metabolism, and relieve muscle soreness after exercise.

- Sleep improvement: regulate pineal melatonin secretion, shorten sleep time, and prolong deep sleep cycle.

- User feedback: 90% of sub-healthy people reported increased energy and reduced fatigue after 10 treatments.

 

 

The lamp beads used by Suyzeko are different from ordinary red light beds on the market. Our LED uses a single Taiwan imported chip with a wavelength error of ±5nm (different from the ordinary error of ±10-15nm). Each LED has a semicircular lens to help increase the light concentration and enhance the light power.

 

According to the law of conservation of energy, the conversion of electrical energy cannot be completely converted into the final light power, and a large part of it is consumed by the resistance of electrical components and LEDs. In order to improve the conversion of light power, suyzeko uses one-piece molded light strips to avoid excessive welding of ordinary models, which causes more resistance consumption. Therefore, high light power is the most significant advantage of suyzeko whole body red light therapy bed.

 

LEFT IS SUYZEKO'S, RIGHT IS OTHERS

The touch screen controller can control each wavelength of LED individually, with simple operation, and realize frequency adjustment of 0-5000hz, power adjustment of 0-100%, and time adjustment of 0-30min. You can set different frequencies and power sizes to provide different treatment plans for your customers. You should know that the function of your red light bed depends on the wavelength combination of your red light bed.

 

If you are interested on purchasing such a professional led light therapy bed, welcome to consult Suyzeko for more professioanl infos.