Technology Timeline/History
Technology Evolution
> From Lasers to elōs
Although lasers were invented in the mid 60s, it wasn’t until the mid 1980s that the technology had evolved enough to be used safely for dermatological applications. In 1991, physicist Dr. Shimon Eckhouse invented and patented intense pulsed light (IPL), a significant advancement over conventional lasers, and for nearly a decade, IPL remained the industry standard for many non-invasive aesthetic procedures. However, limitations on the technology remained, including limited penetration, poor targeting, and risk of epidermal pigmentation changes and scarring.
A quantum leap occurred in the year 2000, when master physicist, Dr. Michael Kreindel, combined IPL technology with bipolar radio frequency (RF) to create electro-optical synergy or elōs as it is now known. This revolutionary technology platform soon set new standards in safety and efficacy for a wide range of medical aesthetic procedures.
Learn more about elōs Technology.
Laser Limitations
- Singe range
- Single wavelength
- 1 or 2 aesthetic applications
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- High epidermal absorption
- Many treatments required
- High risk of pigmentation changes and scarring
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IPL Limitations
- Single range
- Multiple wavelength
- Limited penetration
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- Poor targeting and selectivity
- Risk of epidermal pigmentation changes and scarring
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The elōs Advantage
- Multiple range
- Multiple wavelength
- Extensive applications
- Excellent targeting and selectivity
- Improved safety for all skin types (less optical energy compared to conventional lasers and IPLs)
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- Enhanced penetration for improved treatment results
- Minimal epidermal absorption—low risk for pigment changes and scarring
- Additional safety features, including Active Dermal Monitoring™ and RF electrode contact check
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The elōs advantages in safety and efficacy are documented in over 40 Clinical Papers and realized in medical aesthetic practices around the globe.
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