Core Technologies apply into Products

Light Emitting Diode

An LED is a type of semiconductor that converts electrical energy into light energy using the characteristics of semiconductors.

Scope of application : Replacement of general lighting (such as incandescent bulbs), automobile lighting, and special lighting (for vegetable growth, medical devices, etc.)

  • Plant Growth

    Principle and effects : Specific wavelength bands help plant growth and have human treatment effects

  • Medical Field

    Principle and effects : Specific wavelength bands help plant growth and have human treatment effects

Near-Infrared Rays

Near-infrared rays are near visible rays on the infrared spectrum that have a wavelength band of about 750 ㎚ to 1,300 ㎚.

  • Far-infrared rays : Penetrate up to 0.25 ㎜ into the skin and heat the surface
    Near-infrared rays : Penetrate more than 6 ㎜ into the skin and heat the inside of the skin

LED Light, Skin Mechanism

Solar light is converted into plant cells through chlorophyll, and LED light triggers a photo-biochemical reaction through human cells.

Effects of LED Near-Infrared Ray

Penetrates deep into the skin, stimulates the epidermis and dermis, activates skin cells, and helps with the absorption of cosmetic active ingredients.

Current Situation Countermeasures
Apply cosmetics to the epidermis. Most cosmetics with large molecular weight have difficulty penetrating the dermis layer → limited to moisturizing the epidermis layer rather ​than absorption helps Using LED light sources in an appropriate wavelength band to promote collagen and elastin production → Maximize the product effect by using cosmetics and LED light sources at the same time
Plastic Surgery Wound recovery, swelling and pain relief

Diseases That Can Be Treated with Near-Infrared Rays

  • Department Skin Diseases
    Dermatology Inflammation healing, wound healing, skin regeneration, and relief or burns
    Plastic Surgery Wound recovery, swelling and pain relief
    Other diseases covered by surgery, obstetrics and gynecology, ophthalmology, orthopedics, etc.

Effects of Each Wavelength

  • Sprout Ginseng Hydroponics System Structure

  • Sprout Ginseng Aeroponics System Structure

Types of Ginseng Saponins

Saponin type pharmacological action
Rb1 Promotes mental stability, learning, and memory improvement
Rb2 Acts as an anti-diabetic, lowers cholesterol, regulates immunity, and promotes hepatocellular proliferation
Rb3 Inhibits central neurological symptoms, promotes antipyretic action, promotes hormone secretion, protects liver function
Rc Promotes analgesic action and serum protein synthesis action
Rd Promotes anti-aging action and adrenocortical hormone secretion
Re Promotes anti-diabetic action and analgesic action (by vegetable insulin)
Rg1 Promotes immune function enhancement, memory enhancement, learning function enhancement, and anti-fatigue
Rg2 Improves memory loss prevention
Rg3 Inhibits cancer metastasis and anticancer drug resistance

Teddy Korea LED solution application

  • unit : mg/kg

    Compound content
    BLACK-New Device
    (Fermented Black Ginseng AP)
    Rg3(S) 9,245.49
    Rg3(R) 4,961.90
    C-K 34.10
    Rk1 11,764.54
    Rg5 16,346.40
  • unit : mg/kg

    Compound content
    BLACK-New Device
    (Fermented Black Ginseng N.W)
    Rg3(S) 7,752.09
    Rg3(R) 3,248.11
    C-K 52.27
    Rk1 8,009.52
    Rg5 11,566.93