Product Overview
PENTO 9900 is a laser surgical device designed for tissue incision, destruction, and removal using laser beams emitted at two wavelengths: Alexandrite 755nm and Nd;YAG 1064nm. The energy output can be finely adjusted to match the patient’s skin condition, ensuring a consistent and uniform dose of energy is delivered, maximizing treatment effectiveness.
Our Core Technology
The PENTO 9900 laser is automatically controlled both electronically and mechanically to maintain optimal performance. This ensures consistent energy output and the production of a stable, uniform beam.
- STEP 1. Real-Time Automatic Adjustment Feature
- While PENTO is in operation, it continuously monitors laser output, wavelength, and focus in real-time. Adjustments are made instantly as needed, ensuring treatment accuracy while enhancing safety and ease of use.
- STEP 2. Direct ROD Resonance Technology
- With resonance technology, the alignment-free ROD generates a more precise and powerful beam.
- STEP 3. Precise GCD Cooling Technology
- Whe precise GCD cooling system safely protects the skin’s surface.
- STEP 4. Pulse Energy
- The pulse energy, designed to closely resemble a square pulse, delivers consistent beam quality across the treatment area and provides stable energy output that remains unchanged even after prolonged use.
The Science Within
Exceptional Stability
- The built-in cooling system safely protects
the skin’s surface.
Stable Energy
- Energy is delivered with the patient’s safety
as the top priority.
Fast Treatment Time
- The precise delivery of measured energy
allows for faster treatments.
User-Friendly, Intuitive Touchscreen
- The high-visibility GUI and simple controls provide
convenience for the practitioner.
Various Pulse Durations
- With various pulse durations and spot sizes, a range of
treatments can be tailored to the patient’s condition.
The 11 available spot sizes ensure accurate and
safe results during treatment.
Choice of Cooling Gas & Air Cooling System
- The rapid refrigerant, cryogen-based cooling device, or air cooling system can be selected to protect the epidermis and save time.
Hand-piece and Tip Technology
- The beam tube is inserted into the handpiece, where lenses
are combined to form the laser beam into specific spot sizes
on the skin. There are 11 different spot sizes available:
3, 5, 6, 8, 10, 12, 15, 18, 20, 22, and 24mm.
- There are four types of tips that attach to the
beam tube, each corresponding to specific spot sizes:
3-5mm, 6-10mm, 12-15mm, and 18-24mm. Each tip
must be used according to its designated spot size,
which is clearly labeled on the tip.
Product Specifications
Type |
Alexandrite, Nd:YAG |
MFDS Approval Number |
No. 20-66 |
Rated Voltage, Frequency |
220VAC, 50/60Hz, 4.6KVA |
Dimensions |
551X855X1229mm (WxDxH) |
Wavelength Depth |
755nm 1064nm |
Weifht |
125kg |
Output |
60J, 80J |
Pulse Width |
250µs~300ms, 250µs~300ms |
Energy |
3ms, 50J@2Hz, 3ms, 60J@2Hz |
Pulse Rate |
0.5,1,1.5,2,3,4,5,6,7,8,9,10Hz |
Cooling System |
GCD Type(Gas Cooling) |