
Pento
High output stability with optimized performance for high-speed laser oscillation.
Dual-wavelength laser using 755nm long pulsed Alexandrite laser and 1064nm long pulsed Nd:YAG laser.

INDICATION
Treatment
- Melasma
- Seborrheic Keratosis
- Wrinkles
- Hair Removal
- Pigmented Lesions
- Freckles
- Pores
- Vascular Lesions
- Toning
- Skin Tightening, Lifting
- Diffuse Redness

The highest level of Alexandrite & Nd:YAG mediums are applied to realize high-quality beam
In particular, Rod of Alexandrite laser is one of high-priced parts and
its weight determines the quality of energy.

Optimized high voltage power supply design
High stability of output energy
Voltage Drop Rate Less than 22%
High Peak Energy output
Alexandrite : 3ms, 50j@2Hz
Nd:YAG : 3ms, 60J@2Hz

Excellent Safety
GCD cryogen cooling system to protect skin surface
Auto calibration
generate precise & accurate energy with top priority for patient safety
Quick return to daily life
prompt recovery with delicate treatment due to various pulse widths
Quick tratment time
fast treatment up to 10Hz by high voltage power supply

PENTO 9900 TECHNOLOGY
PENTO 9900 LASER is automatically controlled to maintain its best condition electronically and mechanically, resulting in constant energy and stable, uniform beam. The pulse energy implemented close to the square pulse provides uniform beam quality on the treatment surface, and that stable energy that does not change even after long term use enhances safe treatments with outstanding results.
At a short pulse of 3ms, the pulse shape becomes close to a square pulse at 50J of energy, and proceeds at 2Hz. At a short pulse of 250㎲, the pulse shape becomes close to a square pulse at 4.5J of energy, and proceeds at 10Hz.


Various spot sizes 3mm to 24mm spot size available
Optimal treatment effects with 11 different spot sizes shorter treatment time with a 24mm large spot size

Quick treatment 2Hz even at 24mm spot size
The shape of the beam is rounded by spot size, and the medium is implemented flat depending on the distribution
