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Dental Operatory Equipment

The dental operatory equipment market includes dental chairs, stools, delivery units, operatory lights, imaging software, dental cabinets, handpieces, curing lights, ultrasonic scalers, intra-oral cameras, autoclaves, suction systems, air compressors, practice management software, imaging software, caries detection devices and dental microscopes.

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All-Tissue Dental Lasers Market Size, Share & Trends Analysis | Europe | 2017-2023 | MedCore | Segmented by: Delivery Method (Articulated Arms, Fiber-Delivery & Direct Delivery)

All-tissue lasers are systems that can be used on both soft and hard tissue in the intraoral cavity. These lasers have unique clinical characteristics that surpass conventional tools such as scalpel and drill, thus having the potential to decrease the use of such tools and to create a high-tech atmosphere around the dental chair. The minimally invasive equipment makes patients much more comfortable, increases the efficiency, and therefore the return on investment for the dentist. Even though all-tissue lasers are fairly expensive investments for dentists, the short and long term benefits can quickly outweigh the initial expenditures, making them a valuable addition to dental practices.

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Soft-Tissue Dental Lasers Market Size, Share & Trends Analysis | Europe | 2017-2023 | MedCore | Segmented by: Laser Type (Diode, CO2 & Nd:YAG Lasers)

The dental surgical laser market includes all-tissue and soft-tissue lasers. Dental surgical lasers result in operational benefits to dental practices by enhancing the appeal for patients to undergo treatments using modern technology over traditional methods. Dental surgical laser technology greatly enhances dentistsÂ’ efficiency and effectiveness of treatments as well as increases patient comfort and willingness to undergo uncomfortable procedures.
Soft-tissue lasers are dental lasers that are effective on tissues surrounding teeth and can be used to contour gingiva, sterilize the intraoral cavity and minimize bleeding during procedures. These lasers turn several dental procedures into painless, comfortable and rapid operations, significantly increasing patient satisfaction. Soft-tissue lasers can be categorized into diode, CO2 and Nd:YAG lasers.

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All-Tissue Dental Lasers Market Size, Share & Trends Analysis | United States | 2017-2023 | MedCore | Segmented by: Delivery Method (Articulated Arm, Fiber-Delivered & Direct Delivery)

All-tissue lasers are systems that can be used on both soft and hard tissue in the intraoral cavity. These lasers have unique clinical characteristics that surpass conventional tools such as scalpel and drill, thus having the potential to decrease the use of such tools and to create a high-tech atmosphere around the dental chair. Minimally invasive equipment makes patients much more comfortable, increases the efficiency and therefore the return on investment for the dentist. Even though all-tissue lasers are fairly expensive investments for dentists, the short and long term benefits can quickly outweigh the initial expenditures, making them a valuable addition to dental practices.

more...

Soft Tissue Dental Lasers Market Size, Share & Trends Analysis | United States | 2017-2023 | MedCore | Segmented by: Laser Type (Diode, CO2 & Nd: YAG Lasers)

Soft tissue lasers are dental lasers which are effective on tissues surrounding teeth and can be used to contour gingiva, sterilize the intraoral cavity and minimize bleeding during procedures. These lasers turn several dental procedures into painless, comfortable and rapid operations, significantly increasing patient satisfaction. Soft tissue lasers can be categorized into diode, CO2 and Nd:YAG lasers.

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Welding Lasers Market Size, Share & Trends Analysis | United States | 2017-2023 | MedCore | Segmented by: Device Type (Benchtop & Standalone Dental Welding Lasers)

Dental welding lasers are used by dental technicians to assist in the manufacturing and repair of restorations containing metal alloy material including crowns, bridges, partial dentures and dental implants. Dental welding lasers operate by beaming a concentrated infrared light onto two pieces of metal alloy and heating them until they fuse together. Another application is to repair damaged dental restorations by beaming an infrared laser light directly onto a thin piece of dental wire until it melts into a ball, which can then be fused to the restoration to repair it. This technology increases the productivity of dental laboratories by reducing the time required to manufacture dental restorations. Likewise, it also increases the convenience to lab technicians when repairing damaged prosthetic devices. The laser fuses the metal alloys without disrupting surrounding materials such as plastic and acrylics in dentures, saving the time that it would have taken a technician to fix.

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