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Advanced Aesthetic Technology
X-Lase
CPL applicator
CPL applicator
Nd:YAG applicator
Nd:YAG procedure
technologies for unlimited
face and body care
Combined Nd:YAG laser and
CPL (Calibrated Pulsed Light)
About Biotec Italia
Biotec Italia is a diversified Aesthetic and Well-being company, focused on improving people’s lives
through aesthetic innovations. With his headquartered in Italy, Biotec Italia employs approximately
50 employees and operates in more than 50 countries worldwide. The company has continued to
grow each year and is a market leader in clinically-proven aesthetic technology and skin health
products.
Over the years, the company has developed primarily for the aesthetic, dermatology, plastic surgery
and related beauty and health markets. Through combining strong know-how and clinical expertise,
Biotec Italia aims to create advanced aesthetic solutions for common and visible skin conditions in
adult skin, including premature aging, photodamage, hyperpigmentation (irregular or patchy
discoloration of the skin), acne, sun damage, rosacea and soft tissue deficits, such as fine lines and
wrinkles.
Our broad portfolio of innovative products include a variety of aesthetic solutions: laser and light
systems, radiofrequency, low and high frequency ultrasound, skin peeling technology, needle free
meso-therapy, bio-stimulating currents, and advanced skin care formulations.
Our Values
Quality Mission
Biotec Italia strives to achieve unsurpassed excellence and reliability in
manufacturing and supplying high quality industrial products and services to
our customers, clients, and partners.
To achieve this goal and to assure "total customer satisfaction", all employees
of Biotec Italia will be challenged to achieve the highest quality possible in all
aspects of their jobs and for each process of our business.
Our company shall never be satisfied with existing quality standards. We shall
implement the concepts of continuous improvement, clear accountability, and
clear measurability to assure ongoing quality enhancement in a way that is
quantifiable to our customers and our employees.
In addition, we will require that all of our partners and vendors participate
with us fully in supporting this Quality Mission. All aspects of our business,
from initial product development through the final delivery of goods and
services to our customers, will be examined to assure compliance with our
Quality Mission.
Being in a competitive marketplace, we understand that it is mandatory to
pursue vigorously this Quality Mission and to achieve continuous
improvement, in order to deliver unsurpassed value for our customers, profit
for our shareholders, and a stable and pleasant work environment for our
employees.
Management
Fulvio Antonio Ferrari
Owner, Director and Research and Development
[email protected]
Francesco Piovan
Owner, Director and Sales and Field Marketing
[email protected]
Franco Veneziale
Owner, Senior Electronic Engineer
[email protected]
Ermes Stefani
Product Development, Electronic Engineer
[email protected]
Loris Cuman
Product Development, Mechanic Engineer
[email protected]
Raffaella Borsato
Financial Chief Officer
[email protected]
Cristina Caregaro
Administration Chief Officer
[email protected]
Alessio Cortesia
Global Marketing and Design Development
[email protected]
Francesco Pierantoni
Chief International Sales
[email protected]
Silvia Peruzzo
Senior International Sales
[email protected]
Marta Bedin
UK International Sales
[email protected]
Deborah Subissati
Medical Research
[email protected]
Eleana Ferrari
Medical Research
[email protected]
Xlase system utilizes high-powered xenon lamp that require water
cooling for reliable operation. Very importantly, too, the
closed-cycle cooling system enables optimal xenon lamp
preservation and safe treatment application. Other Intense Pulsed
Light systems available on the market utilize forced air to achieve
xenon lamp cooling; such system has proven to lead to lamp
overheating and poor operational performance.
The unique reflective cavity, generates maximum energy density
in both Nd:YAG and CPL modules.
The selected treatment source is delivered from the handpiece into
the skin, where it releases only the wavelengths absorbed by the
target. The strength and duration of the pulse is also tightly
controlled to ensure the target is selectively heated to, whilst
leaving the surrounding tissue unharmed.
CPL and Nd:YAG
Laser Cavity
Sapphire
crystal filters
Xlase in CPL operation mode provides a range of different
available wavelengths. Through selection of sapphire crystal filters
is like having a suite of lasers to effectively treat a number a of skins
conditions: these special cut-off filters are used to block out
wavelengths of light below the filter number selected and allow
only those wavelengths of light above the filter number to pass
through. This makes the Xlase system very versatile and gentle
offering gradual results with minimal risk of side effects and
patient downtime.
Thermo-electric
coupling tip
cooler
An integral part of the Xlase system is the chill tip. This contact
cooling handpiece protects the skin by actively cooling the skin
before, during, and after the light is transmitted. It also actively
draws off heat from the skin surface. The chill tip also has a slight
anesthetic effect which helps to minimize the discomfort during
procedure.
CPL procedure
Closed-cycle
water cooling
system
CPL cut off filters
The Xlase Nd:YAG generator allows fast and effective laser hair
removal treatments in the darkest skin types. The laser beam
ensures light penetration to the deepest follicles while its low
absorption guarantees preservation of the surrounding tissues in
all skin types. Xlase's zoom handpieces allows accurate selection of
the hair reduction treatment area size and instantly switch to more
focused laser spots for fine vascular treatments.
Nd:YAG handpiece
Nd:YAG
(infrared 1064 nm)
Generator
Nd:YAG procedure
Superior by design, the new Xlase Calibrated Pulsed Light
generator offers several innovative and advanced technology
enhancements. Compared to other IPL systems available on the
market the Xlase system has proven among the most powerful. The
Calibrated Pulsed Light generator is simple and efficient to
operate; controls are within easy reach and important user
information is clearly displayed on the LCD, including energy
delivered and treatment setting with true energy fluence up to 30
J/cm2.
Nd:YAG vascular procedure
Calibrated
Pulsed Light
(broad spectrum)
Generator
CPL handpiece
Device Components
The Procedures
Ageing
Procedure mechanics: flashes of light work in a similar way to non ablative lasers by causing heat damage to dermal tissues without disruption or removal of the outer epidermal layers of the skin. It is thought that
the heat in the dermal layers causes collagen to be produced which helps
reduce the appearance of lines and wrinkles.
Acne
Procedure mechanics: Xlase acne treatment uses lights of three colors to
treat acne and acne scars. The treatment consists of yellow, green and red
intense light that is emitted in a series of short pulses. The yellow light
emitted destroys the bacteria that live in the skin and cause acne, while
the red light directly targets the overactive sebaceous glands that cause
outbreaks of pustules. This heating effect generated deep into the skin
helps to prevent over-production of excess sebum.
Pigmentation
Procedure mechanics: the chromphore is represented by the melanin. For
this procedure lower spectrum wavelengths are selected to target the
melanin which selectively heats the brown spots resulting in damage to
the lesion whilst causing minimal damage to the surrounding skin.
Following treatment, the damaged lesions turn darker and may crust.
Over the following weeks they will gradually flake away from the skin
leaving little trace of the original mark.
Epilation
Procedure mechanics: Xlase is effective for hair removal in any area of the
body with unwanted hair, including the back, chest, face, legs and bikini
area. For the treatment of unwanted hair, the light targets the pigmented
hair within the follicles that are in active growth phase (anagen), raising
the temperature and destroying the follicle as well as the stem cells
responsible for new hair growth. Several treatments are required for hair
removal as only a small percentage of a person`s hair is in active growth
phase at any given time.
Vascular
Procedure mechanics: narrow spectrum wavelengths are useful for the
treatment of small broken blood vessels on the face secondary to rosacea,
those present around the nose, and cherry angiomas. The light targets the
hemoglobin in the vessels and coagulates the vessels. Disappearance of
the unwanted vessels and lesions is often immediate.
Procedure mechanics: Rosacea condition is treated with a double
Rosacea
Technical Specifications
synchronic action; firstly red thread veins absorb the light energy raising
the temperature. The produced damage encourages the body to reabsorb
them, improving skin appearance. Secondly the light energy warms the
collagen fibres in the skin that stimulates new collagen and collagen
remodelling; this improves the support of the small blood vessels which
helps to delay the development of more thread veins.
Technical specifications
NdYAG
Laser Module
Laser Type
Wavelength
Energy Density
Pulse Duration
Repetition Rate
Spot Size
Laser Emission Control
Aiming Beam
___
___
___
___
___
___
___
___
CPL
Calibrated
Pulsed Light
Handpiece
Source
Spectrum of Emission
Energy per Pulse
Pulse Duration
Delay between Pulses
Number of Pulses
Repetition Rate
Treatment Area
Fluence
Emission Control
___ Xenon Lamp
___ 550-1200 nm; 550-950 nm;
650-950 nm; 420-1200 nm
___ 150 J (max)
___ From 1 to 60 ms
___ From 5 to 50 ms
___ From 1 to 50
___ 0.5 - 2 s
___ 50 mm x 10 mm (5 cm2)
___ Up to 30 J/cm2
___ Footswitch and Handpiece
System cooling
Skin Cooling
Interface
Dimensions
___
___
___
___
General
Nd:YAG
1064 nm
24 J (max)
From 5 to 50 ms
Single pulse - 2 Hz (max)
2.5 - 4 -6 - 7
Footswitch
Diode laser
Water and air
Ice Type Integrated
Touchscreen LCD display
600mm L x 560mm D x 360mm H
Scientific Publications
Photorejuvenation by submillisecond Neodymium- Doped
Yttrium Aluminium Garnet (1,064nm) Laser: A 24 week
follow up. American Society of Dermatologic Surgery, 36,
355-362.
Koh, B.K., Lee, C.K., and Chae, K., (2010)
Lasers: a review. Clinics in Dermatology, 26, 590-601.
Rinaldi, F., (2008)
Lasers and light sources for the removal of unwanted hair.
Clinics in Dermatology, 25, 443-453.
Gold, M.H. (2007)
Masers ro magic bullets: an updated history of lasers in
dermatology. Clinics in Dermatology, 25, 434-442.
Houk L.D. and Humphreys, T., (2007)
Laser treatment of vascular lesions. Clinics in Dermatology,
24, 8-15.
Railan, D., Parlette, E.C., Uebelhoer, N.S. and Rohrer, T.E. (2006)
Laser-tissue interactions. Clinics in Dermatology, 24, 2-7.
Carol, L. and Humphreys, T.R., (2006)
Long-Pulse ND:YAG laser for Treatment of leg veins in 40
patients with assessments at 6 and 12 months. Lasers in
Surgery and Medicine, 35, 68-74.
Trelles, M.A., Allones, I., n-Va’Zquez, M., Trelles, O., Ve’Lez, M. and
Mordon, S., (2004)
Laser treatment with a 1064-nm laser for lower extremity
class I-III veins employing variable spots and pulse width
parameters. American Society of Dermatologic Surgery, 29,
916-919.
Sadick N.S., (2003)
The next Step...
Should you have any questions regarding
Biotec Italia quote we would be happy to discuss
your requirements further.
Making contact:
Write: [email protected]
www.biotecitalia.com
Biotec Italia
Viale della Repubblica, 20
36031 Dueville, Vicenza, Italy
tel +39 (0) 444 591683
fax +39 (0) 444 361032