MEDICA 2021 DAY3
MEDICA 2021: Dusseldorf Germany, 15-18 November. Our booth number is 9D43-2. Welcome to our booth and visit! Look our latest vedio of MEDICA 2021 and PIOON Laser.
MEDICA 2021: Dusseldorf Germany, 15-18 November. Our booth number is 9D43-2. Welcome to our booth and visit! Look our latest vedio of MEDICA 2021 and PIOON Laser.
MEDICA 2021: Dusseldorf Germany, 15-18 November. Our booth number is 9D43-2. A bright day for MEDICA Exhibition and PIOON LASER. We got a big attention from our customers yesterday. MEDICA is showing, welcome to our booth to operate our device. Let us meet PIOON competence!
The Types of Lasers Used in Dentistry As mentioned earlier, the wavelength and frequency of the laser light are ways of classifying dental lasers. However, these parameters of the light are dependent on the active element within the laser. They can also be classified based on the type of tissues they are used on, such as hard tissue lasers (hard lasers) and soft tissue lasers (soft lasers). Hard lasers are also termed as hot lasers while soft lasers are known as cold lasers (Flowchart 1). Las
One day for salesman from Dis Den and the second day C
Endovenous Laser Treatment (EVLT), also known as Endovenous Laser Ablation (EVLA), is a minimally invasive technique to eliminate varicose veins.
Some photos of our today's laser training course in Tehran,NILO hotel.
The research shows that laser can deal with the inflammatory granulation tissue in the inner wall of the periodontal bag and the disinfection of the bag, and solve the traditional way in the treatment of periodontitis in the absence of thorough cleaning abuses.The effect of laser combined with conventional mechanical curettage is better than that of single mechanical treatment.
In a comparision operation, patients they used a laser with a wavelength of 980 nm which required 13 W power to seal the tract. For the rest of the patients, they used a laser with a wavelength of 1470 nm with 10 W power.
The treatment process uses a thin optical fiber to emit pulsed lasers. Percutaneous laser disc decompression uses laser energy to hollow the diseased nucleus pulposus, reduce the pressure in the intervertebral disc, and relieve and eliminate the compression on the sciatic nerve or vertebral artery nerve.
This photonic absorption within the target tissue results in an intracellular and/or intercellular change to produce the desired result. It is the basis for a dental laser’s functional dynamic process, referred to as a laser/tissue interaction.