Irradia KTP-laser - Vascular (Pigmented Lesions) Lasers

Irradia KTP-laser

Irradia AB
Box 27137,
10252 Stockholm
Tel: + 46 8-7672700
Fax: + 46 8-7672706

The KTP-laser delivers selective photo coagulation of vessels with
minimal discomfort and no purpura.

Removal of vascular & pigmented lesions, blood vessels, spiders etc
Removal of red tattos and hemangiomas.
Also effective at all kind of red skinproblems

Unique peak power - up to 500 W
Larger treatment spots
With spot size between 4-6 mm itÌs possible to treat larger areas than
the usual spiders and smaller vessels. Ordinary KTP-lasers can not
succesfully treat large lesions. With Irradia KTP-laser opens new
possibilities.

Gentle photo coagulation - No burning
Thanks to the ideal wavelength and long pulses there are virtually no
burning of the skin.
Return on investment rapidly
Irradia KTP-laser has extremly low cost per treatment. First 2 years no
cost at all. (Free change of flashlamps first 2 years.) There is no hidden
costs like, fee per shot, changing of diode or high service cost..

Technical Specification

Base unit

Weight/size: 85 kg / 100 x 71 x 37 cm
Air flow: Air flow through handpiece to protect optics from smoke particles.
Control panel:: Soft touch keyboard, microprocessor controlled functions.
Cooling: Self contained water to air. Tap water cooling optional.
Environment: 15 C to 25 C temperature in clean room.
Timer: 0.1 s - 1 s in 0.1 s steps. 1 s steps up to 99 s for modes 2 and 3
Power Consumption: 2000 W
Electric requirements: 230 V, 8 A or 115 V, 16 A, single phase, 50-60 Hz AC.

KTP-laser
Wavelength: 532 nm (green light)
Aiming beam: 670 nm (red)
Spot size: From 1 mm to 5 mm
Laser beam delivery: Flexible 1 mm silica fibre to handpiece
Operation mode 1:
Pulse energy: Max 1 J
Repetition rate: 0,1, 2 Hz
Pulse width: 5 ms train of 8 mJ at 25 kHz
Operation mode 2:

Average power: From 0.4 W to 2 W
Repetition rate:: 50 Hz
Pulse width: 0.2 ms train of 8 mJ x 6 pulses
Operation mode 3:

Average power: From 0.8 W to 1.6 W
Repetition rate: 100 Hz
Pulse width: 0.16 ms train of 8 mJ x 2 pulses