From A to

™

“Feel and See the Difference”

Nothing else compares!

Fractional CO2 LaserSkin Resurfacing

®

Whether treating dyschromia, deep wrinkles or acne scars the MiXto SX® laser has the right spot size for optimal results.

SX Mild SX Medium SX Deep SX Combo

300 µm Spots 300 µm Spots 180 µm Spots300 µm 180 µm

Dual Spot Size Technology

“Z” Pattern

YOU CAN AGEif you want to …

or you can …

TURN

BACK

TIME

The MiXto SX® utilizes a proprietary algorithm producing a unique “Z” scan pattern which provides the longest amount of time possible between adjacent spots while filling in a given square area of skin.

This patent pending pattern allows maximum intra-operative cooling of surrounding tissue lowering risk of side effects while maximizing patient comfort.

The MiXto SX® using chopped CW deposit more heat into tissue than competing technology yet allow practitioners to safely treat all skin types I – VI.

0

100

200

300

400

500

SP/UP CW

When using similar parameters the chopped CW CO2 laser pulse will produce slightly less ablation than short pulse CO2 (superpulse and UltraPulse) but more residual thermal damage (RTD) with an added thin layer of coag. It’s this thin layer of highly coagulated tissue that produces a dryer procedure.

1. Dryer procedure:• Lower risk of infection• Improved visual field• Seal off nerve endings to reduce post-op pain• Increased coagulation of small lymphatic vessels

reducing post-op edema• Less patient anxiety after treatment• Simplified post-care

2. Improved cosmetic result / short term & long term:• More collagen production• Greater skin tightening• Higher scar reduction

Why You Want More Heat!

Short Pulse

Chopped CW

DepthShort Pulse CW

Fractional CO2 – 3 Different Modes of Operation

Short Pulse Long Pulse

Largely confines

heat to target area

creating maximum

ablation.

Chopped CW conducts

heat away from target

area creating larger zone

of thermal damage.

SuperpulseUltraPulse Chopped CW

UltraPulse

Superpulse

Chopped CW

Actual dimensions and shape of beams will vary according to parameters chosen and model of laser used. Shown for comparison purposes only.

“Tissue shrinkage from dehydration and contracted denatured collagen is only present for a short period (14 days) after laser resurfacing, but continued improvement in skin texture and contour has been observed clinically up to 1 year after treatment. New collagen deposition and remodeling in the dermis appear to be responsible for such improvement, the extent of which is dependent on the extent of residual thermal damage produced by the laser beam”.1

1. Cutaneous laser resurfacing: Désirée Ratner, MD, Yardy Tse, MD, Nancy Marchell, MD, Mitchel P. Goldman, MD, Richard E. Fitzpatrick, MD, and Darrell J. Fader, MD (J Am Acad Dermatol 1999;41:365-89. page 371)

“Probably because of the greater degree of residual thermal damage associated with the continuous wave system, at 2 years after treatment there was more prolific synthesis and better orientation of collagen fibers, which were maintained for longer times, compared with the pulsed-treated specimens”.2

2. Pulsed and Scanned Carbon Dioxide Laser Resurfacing 2 Years after Treatment: Comparison by Means of Scanning Electron Microscopy Mario A. Trelles, M.D., Ph.D., Luisa Garcia, M.D., Josepa Rigau, M.D., Inès Allones, M.D., and Marı`ano Velez, M.D., Pharm. (Plast. Reconstr. Surg. 111:2069, 2003)

Power Pulse Width

More pronounced increase in ablation depth.

More pronounced increase in thermal damage.

The MiXto SX® allows the laser operator to independently adjust both the power (watts) and pulse width (ms).

This gives the user the ability to individually select the depth of ablation or degree of thermal damage (or combination) to treat the widest range of skin conditions.

Courtesy of Alan Gardner, MD

Pulser Power 5 to 25 W to Tissue (Duty Cycle Continuously Adjustable from 20 - 90% )

System Specifications

Superpulse Power 0.2 to 12 W to Tissue (Peak Power: 300 W Max)

Timed Exposure Modes Continuous Single Pulse, Exposure Time: 50 – 1,000 msec Repeat Pulse, Exposure Time: 50 – 1,000 msec

Aiming Beam Diode Laser, 635 nm (Red), Continuously Adjustable

Articulated Arm Lightweight, Aluminum, 7-Joint Spring Balanced

Dimensions Width 35 cm / 13.8 inches Depth 24 cm / 9.5 inches Height 100 cm / 39.4 inches

Laser Beam Energy Variable: 1 – 480 mJ Per Spot

Pulse Width (Dwell Time) Variable: 2.5 msec to 16 msec Per Spot

Scan Area 300 µm spot size: 6 x 6 to 20 x 20 mm 180 µm spot size: 5 x 5 to 12 x 12 mm

Spot Size 180 µm, 300 µm

Scan Pattern Type Non-Sequential / Z Based Algorithm

Spot Size 300 µm

Laser Beam Fluence Variable: 0.1 – 34 J/cm2

Pulse Width (Dwell Time) Variable: 100 – 800 µsec Per Spot

Scan Pattern Type Sequential Non-Overlapping

Scan Pattern Shape Line, Square, Rectangle, Triangle, Circle, Donut

Slim Evolution E30

Laser Type CO2 Laser / DC Excited Laser Tube

Laser Operating Modes Continuous Wave (CW) , Pulser, Superpulse

CW Power 0.5 to 30 W to Tissue

Wavelength 10,600 nm

Electrical Requirements 100 – 240 VAC, 4 A (Max), 50/60Hz

Tissue Coverage (Density) Variable: 5 – 40%

Scan Pattern Shape Square

Weight 30 KG / 67 Lbs.

MiXto SX® - Fractional Resurfacing / Chopped CW Mode

MiXto SX® - Traditional Resurfacing (100%) / CW Mode

Slim Evolution E30

MiXto SX®

Easily Portable!

LASERING USA

2246 Camino RamonSan Ramon, CA 94583Office: 866-471-0469info@laseringusa.com

www.mixtoskinresurfacing.com