Active Optical Systems
Intense Light and RF-based Technology for Aesthetic Procedures
Company Overview
Snapshot
Founded in November 2002 by Shlomo Bidas, Active Optical Systems operates with 1–10 employees. The company specializes in developing and manufacturing intense light and RF-based technology for a range of aesthetic and medical applications.
Business overview
Active Optical Systems develops, manufactures, and supplies intense light and RF-based technology for aesthetic and medical applications. The company's products are designed to deliver optimal results across various treatments, including acne, hair removal, skin rejuvenation, skin tightening, body contouring, cellulite reduction, vascular treatment, and tattoo and pigment lesion removal. Utilizing GEM-IPL technology, their devices concentrate energy a few millimeters under the skin's surface to minimize pain and side effects, serving clinics and medical professionals globally within the Health Tech & Life Sciences sector.
Company Intelligence Q&A
- What core technology does Active Optical Systems utilize?
- Active Optical Systems utilizes intense light and RF-based technology, specifically incorporating GEM-IPL technology, to deliver aesthetic and medical treatments.
- What types of treatments do Active Optical Systems' products address?
- Active Optical Systems' products are designed for treatments such as acne, hair removal, skin rejuvenation, skin tightening, body contouring, cellulite reduction, vascular treatment, and tattoo and pigment lesion removal.
- Who founded Active Optical Systems?
- Active Optical Systems was founded by Shlomo Bidas in November 2002.
- What is the primary market focus for Active Optical Systems?
- Active Optical Systems primarily focuses on the global market, providing B2B solutions to clinics and medical professionals for aesthetic and medical applications.
- How does Active Optical Systems' GEM-IPL technology work?
- The GEM-IPL technology used by Active Optical Systems concentrates a bulk of energy to a geometrical plane positioned a few millimeters under the skin's surface, aiming to eliminate pain and side effects during treatments.