World Premiere!
Advanced innovations and groundbreaking research bring the new generation ORO VIM PBM technology unparalleled efficiency. HighPower LEDs – Maximum light intensity up to 120 milliwatts / cm² – Precise control of light wavelengths for the best treatment results.
1 Panel – All Colors
Easy handling
Multi-indication treatment
High treatment comfort
High effectiveness
State-of-the-art cooling
No side effects!
Innovative LED Treatment Method with ORO VIM Photobiomodulation (PBM) Technology.
The Latest Generation
The ORO VIM Photobiomodulation (PBM) technology is an innovative treatment method that utilizes specific light wavelengths to modulate biological processes within cells. It harnesses the power of light to achieve positive effects on cell functions and metabolism.
The ORO VIM PBM technology is employed in various fields of medicine and cosmetics to support natural regeneration processes, including skin therapy, pain management, wound healing, muscle recovery, and more. It provides a non-invasive and gentle treatment approach for healthy, beautiful skin. The unique multifunctional system can be customized for different indications.
The effects of the treatment depend on the specific indication and the corresponding skin condition, as well as individual factors such as the combination of wavelengths, exposure duration, and intensity. Thanks to the latest ORO VIM PBM technology, these parameters can be precisely adjusted to enable tailored applications.
Photoporation
Cell Activation.
The positive effect of cell and metabolic activation can lead to excellent treatment results in various application areas.
INNOVATION
The intense light energy of ORO VIM PBM technology activates mitochondria and promotes ATP production in skin cells. ATP is the primary energy source for cellular processes and plays a crucial role in various skin functions. It supports cell regeneration, collagen production, repair mechanisms, and the maintenance of skin barrier, contributing to healthy and resilient skin.
INDICATION
- Skin rejuvenation, wrinkle reduction, firming, and tightening
- Inflammation, irritation, blemishes such as pimples and blackheads
- Dark pigment spots and post-inflammatory hyperpigmentation
- Bruises, erythema, edema
- Muscle tension, muscle soreness, pain relief such as joint pain
- Hair loss
LED Light Effects
LED-Light
Technology
The various wavelengths can penetrate different layers of the skin and beneficially support indication-specific treatments. LED light technology has been clinically proven for years and triggers natural photo-biochemical reactions in skin cells.
Blue LED-Light 415 nm
Blue light is absorbed by the epidermal tissue of the skin to a depth of 1 mm. It stimulates porphyrins and increases oxygen production within the cell to optimize the repair and regeneration process. It has anti-inflammatory, antibacterial, and soothing effects. It balances irritations, irritations, and blemishes such as pimples and blackheads in acne-prone skin, promoting a healthy and balanced skin complexion.
Yellow LED-Light 585 nm
Yellow light exerts its effects in the superficial layers of the skin. It suppresses melanin production and evens out hyperpigmentations, such as dark pigment spots, age spots, and freckles. Simultaneously, it provides support for vascular changes, such as couperose, telangiectasias, and spider veins.
Red LED-Light 660 nm
Red light penetrates into the dermal tissue of the skin, with approximately 80% of the light energy being absorbed within 2 cm. Red light stimulates mitochondria and activates ATP production, promoting cell renewal, accelerating regenerative processes, and increasing collagen production, improving elasticity and firmness. Additionally, it enhances blood circulation and enhances skin vitality.
Infrared LED-Light 830 nm
Infrared light deeply penetrates the skin, with approximately 50% of it reaching depths of up to 8 cm. It promotes the proliferation of osteoblasts, enhances bone formation, and has a positive effect on muscular physiology. Absorbing this wavelength increases cells’ own temperature, which can have anti-inflammatory and pain-relieving effects, for example, in joint pain, muscle tension, or muscle soreness.