Vladimir S. Netchitailo
Summary of Qualifications
. Years of experience in various types of lasers: Solid State (Ruby,
Nd:YAG, Er:YAG, Er:Cr:YSGG, Nd:glass, Alexandrite, Polymer Dyes); Liquid
Dyes; Gas (Nitrogen, Argon, CO2, Excimers).
. Proven experience in design, development, engineering, and production of
various solid state lasers for industrial, medical, scientific, and OEM
applications.
. Created a new class of Modified Polymers with laser induced damage
threshold 100 times higher than the threshold of usual transparent
polymers. Developed different optical elements of these Modified Polymers
for Laser Ophthalmology and Dermatology: passive Q-switches, polymer dyes,
4 Mirror and Goldman gonioscopy lenses, intraocular and contact lenses.
. Over 15 years in leadership roles in medical device research and
development in Russia, Israel, and USA.
. US Citizen.
Professional Experience
Chief Laser Physicist - Biolase Technology, Inc
Irvine, CA ? 2009 - present
. Upgraded an existing product line, doubling the lasers' output power.
. Conceptualized a revolutionary new product line.
Chief Laser Physicist - Continuum, Inc.
Santa Clara, CA ? 1996 - 2009
. Joined as Senior Laser Physicist, promoted to Principal Laser Physicist
in 1998, and to Chief Laser Physicist in 2000.
. Designed and developed over 10 successful laser products with nonlinear
elements and different wavelengths for Medical, Industrial, Scientific,
and OEM applications.
. Designed and developed unique Q-switched Nd:YAG lasers with four
wavelengths (1064, 532, 580, 650 nm) and output energy up to 1 Joule per
pulse for the removal of tattoos, pigmented lesions and unwanted hairs.
. Developed the first in the world High Power Er:YAG lasers with pulse
energy up to 3 Joules for ablative skin rejuvenation, skin resurfacing,
and other dermatological and plastic surgical treatments in the medical
aesthetics market.
. Designed, developed, built, and maintained compact solid state lasers
built for 24/7 operation in hard industrial environment. More information
on the compact lasers can be found on www.continuumlasers.com.
VP of Research and Development - PolyOptics Ltd.
Yavne, Israel
. Designed and developed polymer dye lasers for Scientific and Medical
applications in Laser Dermatology.
. Developed a unique High Average Power quasi-CW tunable polymer dye laser
for Photo Dynamic Therapy.
Chief of Research Center - Research Institute for Medical Polymers
Moscow, Russia
. Joined as Chief of Laboratory, promoted to Chief of Research Center
. Worked in the field of interaction of high power electromagnetic
radiation of the infrared, visible, and ultraviolet regions with various
polymer materials including dye-impregnated polymers.
. Investigated the possibility of creation of modified polymer materials
and various optical elements of these laser resistant polymers for Laser
Medicine and Biomedical Science.
. Developed transparent polymer elements for Laser Ophthalmology and
Biomedical Optics.
Department Head - Research Institute for Organic Materials and Dyes
Moscow, Russia
. Joined as Senior Researcher, promoted to Team Lead, and to Department
Head.
. Studied laser-induced damage to optical polymer materials.
. Investigated effective methods to increase damage threshold of polymer
materials to laser irradiation.
. Developed a new class of optical materials for lasers - Modified
Polymers.
. Carried out investigations of physical and optical properties of dye-
impregnated Modified Polymers.
Education
Doctor of Sciences in Quantum Electronics - Moscow General Physics
Institute
Moscow, Russia
. Thesis: "High Power Laser Interaction with Optical Polymers"
Ph.D. in Quantum Electronics - Moscow Lebedev Physical Institute
Moscow, Russia
. Thesis: "Laser Light Scattering and Damage to Crystals and Glasses"
M.S. in Quantum Electronics - Moscow Physical Technical Institute
Moscow, Russia
. Thesis: "Nonlinear Scattering of Light in Inhomogeneous Media"
Publications
. Over 150 publications.
. Over 50 patents granted in Russia.
. Participated in over 50 Russian and International conferences.