LUMENIS LIGHTSHEER DESIRE
Lumenis Lightsheer Desire Laser Hair Reduction system the starting point to your success. More and more people desire to have permanent hair reduction. They want a treatment that is effective, fast and comfortable. To meet these needs, Lumenis, a leader in laser and energy based technologies, developed the LightSheer DESIRE, the new generation of Laser Hair Reduction system from the LightSheer Family of products, so you can grow your business by offering your patients.
The Lumenis Lightsheer Desire Laser Hair Reduction System uses vacuum-assisted technology for permanent hair reduction and the treatment of Benign pigmented lesions and benign vascular lesions. Safe and effective. The DESIRE comes with 3 handpieces designed to treat various areas of the body.
Unique features:
- Versatile 805nm diode laser.
- 3 handpieces with various spot sizes.
- 2 advanced technologies.
- Upgradable features: add capabilities as your practice grows.
The technology behind the DESIRE. Great clinical results begin with the LightSheer DESIRE 805 nm diode laser empowered by two advanced technologies :
- Vacuum Assisted High-Speed Integrated Technology A large 22×35 mm spot size enables the use of low-fluence and with a unique mechanism for pain reduction provides effective, fast and comfortable treatment.
- ChillTip Technology Integrated contact cooling provides epidermal protection for treatment areas requiring precision and higher fluence.
| SPECIFICATIONS | |
| High Speed (HS) Handpiece | |
| Laser Type | Diode |
| Wavelength | 805 nm |
| Spot Size | 22 x 23 mm |
| Repetition Rate | Up to 3 Hz |
| Pulse Repetition | 1-3 Pulses |
| Fluence | 4.5-12 J/cm2 |
| Pulse Width | 30-400 ms |
| Peak Power | 2310 W |
| XC Handpiece | |
| Laser Type | Diode |
| Wavelength | 805 nm |
| Spot Size | 12 x 12 mm |
| Repetition Rate | Up to 3 Hz |
| Pulse Repetition | 1 Pulse |
| Fluence | 10-40 J/cm2 |
| Pulse Width | 5-400 ms |
| Peak Power | 1920 W |
Advantages of High-Speed Vacuum Assisted Technology:
- Efficacy: reduction in competing chromophores enables delivery of laser energy more efficiently.
- Safety: less energy is absorbed by the epidermis and lower fluence is required since the target is closer to the energy source.
- Decreased pain: The unique vacuum mechanism activates tactile and pressure skin receptors to inhibit the transmission of pain sensation.
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