Renas-Scar reduction, 1550 fractional laser, Laser equipment

Product Description

Fractional Laser Resurfacing equipment (GSD Renas)

Compared to CO2 laser equipment, Renas uses non-ablative ***0nm fiber fractional laser and ensures non-invasive laser photo-damaged skin treatment and acne scars reduction under strict standards of CE, ISO****5 and ISO***1.

Application:

1. Scars reduction

2. Skin resurfacing

3. Vegeture treatment

4. Pigmented lesions

Feature:

1 Matrix form scan assures uniform energy distribution per unit area so avoid pigmentation veins caused by inequable energy during the treatment.

2 High pulse energy with maximum *0mj. Adjustable scan density assures accurate treatment for pathological tissues.

3 Short operation time and efficient treatment.

4 There are two operation modes: Static stamp and dynamic rolling. Proper operation mode can be selected according to different treatment area and cases, making the treatment more convenient.

5 Big spot with maximum *5x*5mm. The treatment can be efficient for large treated area.

6 There are two scanning modes: Circle scan rectangle scan. Scan area can be adjusted freely. It reaches a better effect for different treated areas and patterns.

7 Infrared infection assures output of laser beam only occurs when the tip is fully in contact with skin. The treatment is very safe so avoid any risk of accident.

8 The interface is designed intellectually and clearly and easy to understand, allowing operator to learn the operation soon and easily.

Technical specification

Scan density: Rectangle scan(*0, **0, **0, **0, **0)spots/cm² Adjustable

Circle scan(**0, **0, **0)spots/cm² Adjustable

Continuous scan(*0, **0, **0, **0, **0)spots/cm² Adjustable

Scan area: Static stamp(***5)x(***5)mm² Adjustable

Dynamic rolling(**4)x(***5)mm² Adjustable

Dept of penetration: 0.3mm*1.2mm adjutable

Hand piece transmission area: *5x*5mm, 8x8mm, *3x4mm

Operation mode: Static stamp and dynamic rolling, circle scan and rectangle scan

User interface: Touch screen LCD display