Lasers from Dentsply Sirona
Benefits
Why choose our dental diode lasers?
Very versatile
If we compare the areas in which the various kinds of lasers can be used, it quickly becomes obvious that diode lasers cover the widest range of treatments.
Small & intuitive
Diode lasers are small, convenient and cost-effective devices which can be used flexibly and portably within your practice.
Implantology
Treatment at and around the implant, for example, uncovering the implant and making clear preparation margins for impressions and scans.
Periodontology / Hygiene Workflow
The diode laser can also be used to treat the gingival pocket in addition to conventional treatment: for example, reduction of granulation at the bottom of the pocket. The laser quickly achieves a good result here as well.
CEREC/ prosthetics
Sulcus widening and/or hemostasis as preparation for impression taking.
Surgery
The laser is used as an alternative to conventional treatment methods. Benefits in surgery include mostly blood-free incisions and a sterile surgical field. The patient has significantly less postoperative wound pain, needs often no antibiotics, and benefits from mostly scar-free healing.
Desensitization
Treatment of hypersensitivities.
Additional indications
Further indications such as treatment of herpetic lesions and medical bleaching are covered.
SiroLaser Blue
The compact SiroLaser Blue is the first dental diode laser to have a blue, an infrared, and a red diode. This enables it to cover more than 20 indications – and therefore versatile possibilities for application in your practice routine.
“You should have for every general practitioner a laser in the clinic. This is like an ABC for the language. I cannot work without the laser and definitely after trying the blue laser (SiroLaser Blue) I cannot work without it.”
Prof. Dr. Ahmed Adel AbdelHakim, Egypt
How does a diode laser work?
The wavelength of a laser is a product of the medium with which the laser is generated – crystal, gas, or, as with diode lasers, a semiconductor. The applications for which a laser can be used depend on the wavelength which, in turn, determines the absorption, i.e., the reaction of the light with the tissue. That is, the laser’s energy is transferred to the tissue.
