FUTURA

Fractional Photothermolysis CO2 laser

 Advantages

Ease of use- Treatment results are noticeable and predictable with Futura Fractional Photothermolysis CO2 laser

Time-to-Treat- The Futura Fractional Photothermolysis CO2 laser offers a wide range of treatment options. The operator can select multiple settings including size, shape, density and duration, tailoring to the specific needs of each patient. The Future Fractional Photothermolysis CO2 is fast, effective and efficient.

Total Adjustment Flexibility- The Futura Fractional Photothermolysis CO2 laser system treats a wide variety of dermatologic indications and provides multiple treatment parameter options.

Depth of injury- Each pulse of Future Fractional Photothermolysis CO2 laser energy ablates a column of tissue. As ablation occurs, deep heating stimulates and promotes collagen realignment. Because all patients desires are not the same, the pulse duration is adjustable allowing you to safely control the amount of epidermis vaporization.

Futura Fractional Pattern Size & Shape- The future has the ability to change pattern shapes and sizes for the most versatile applications of the laser on different parts of the body and skin types.

 Indications

Skin rejuvenation/resurfacing, Reduction and possible removal of fine lines and wrinkles, Improvement of deeper wrinkles, repair of sun damaged skin on the face, neck, shoulders and hands, reduction of ages spots and blemishes, reduction of acne scars and hyperpigmentation soft tissue coagulation, correction of peri-orbital wrinkles (crow’s feet) treatment of melasma.

 Technical Specification

Normal mode:
 
Wavelength 10.6 µm, Far – infrared laser
Pulsed radiofrequency 1-30 W
Hyper-pulse 1.Average power: 120w
2. Pulse frequency: 33.3Hz

Matrix mode :

Scan graphics Square, Rectangle, Round & Oval 
Dot quantity 400 dots maximum
Working state Hyper-pulsed mode
Scan mode Sequence scan or Random scan.
Pulse energy 20mJ to 65mJ is optional for each dot in each energy repeat.
Energy repeat 1-5 times
Max energy 65mJ X 5 = 325mJ in each dot

Technical specification :

Laser apparatus Sealed-off laser device stimulated by direct current
Condenser focus  f=100mm
Beam divergence angle 0.3 mrad
Spot size 0.2 mm at the focus
Max power intensity 75,000 w/cm2
Radiation time 0.01~1sec
Interval time 0.01~1sec
Aiming beam less than 2mW, 635nm red semiconductor laser
Beam transport devices Articulated arm with six segments
Power supply 230 V/ 110 V
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