All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(22 products available)
Ready to Ship
Diode Lasers
Dental laser systems typically come in portable, compact models that suit byodentist clinics. Laser dental systems like the diode laser use focused light to remove gum tissues deemed necessary in procedures like gingivectomy or gum reshaping. Compared to other lasers, the diode laser is cheaper and easier to use, making it accessible to more dental professionals.
Nd:YAG Lasers
Nd:yag dental laser machines are effective for soft and hard tissue dental applications. Nd:YAG laser operates at a wavelength of 1064 nm. The laser penetrates deep into the gum tissues, making it suitable for gingivectomy and gum disease treatments. This laser effectively cauterizes tissues, reducing bleeding during procedures.
Er:YAG Lasers
Er:yag laser machines are soft and hard tissue, which dental clinics can use. The Er:YAG laser operates at a wavelength of 2940 nm. It removes water from tissue, enabling precise cutting and minimal thermal damage. This makes the Er:YAG suitable for gingivectomy and gum reshaping. It also allows for fluoride and cavity preparation.
CO2 Lasers
C02 lasers are among the most frequently applied and versatile machines for dental surgeries. A dental C02 laser works at a wavelength of 10600 nm to precisely cut through and cauterize soft tissue. The various cauterization benefits minimize bleeding and post-op discomfort, enhancing the patient experience.
Fiber-Optic Lasers
Fiber-optic lasers feature advanced precision and efficiency. They utilize flexible fiber-optic technology to deliver laser energy. Fiber-optic lasers provide accessibility to hard-to-reach areas within the oral cavity. Clinics prefer them for their precision and versatility with different wavelengths operating for soft and hard tissues.
Gum Disease Treatment
Laser machines are widely used in treating periodontal disease. Dental lasers effectively remove diseased gum tissues with precision. This helps in minimizing bleeding and post-op discomfort. The most commonly used laser for treating gum diseases is the Nd:YAG and Diode lasers. They are preferred because they effectively target diseased gum tissues while preserving healthy tissues.
Gingivoplasty
In reshaping and repositioning the gums to create a more natural contour, gingivoplasty commonly involves the use of laser machines. Lasers like CO2 and Er:YAG remove excess gum tissues precisely. This reduces the need for suturing and enhances the recovery process. Lasers promote better healing through cauterization of the tissues during the procedure.
Crown Lengthening
Dental lasers are used in crown lengthening to reshape the gum line and expose more tooth structure. They provide a precise and controlled way to remove excess gum tissues. The CO2 and Er:YAG lasers are often preferred because they minimize damage to surrounding tissues.
Frenectomy
Frenectomy procedures involve removing frenums, which are bands of tissues in the mouth that restrict tongue or lip movement. Dental lasers cut and cauterize soft tissues. Lasers facilitate faster recovery, which reduces the risk of bleeding and infection during frenectomy procedures.
Tumor Biopsy and Removal
Dental lasers are critical in safely and effectively removing oral tumors. They remove tumors while minimizing damage to the surrounding healthy tissues. The lasers also cauterize blood vessels during tumor removal. This ensures patients have a reduced risk of excessive bleeding.
Laser Whitening
In laser whitening, the dental laser is applied to activate whitening gels or compounds. This speeds up the whitening process to help patients achieve a brighter smile in a shorter time. Clinics prefer it as the treatment becomes faster than other whitening methods. It also helps in reducing sensitivity and prolonging results.
Understanding the specifications will help buyers evaluate performance and compatibility for their clinics. Here are the key product details:
Wavelength
The Nd:YAG laser machine has a wavelength range of 1064 nm for all its operating modes. The CO2 laser has a wavelength of 10600 nm. The Er:YAG dental laser machine has a wavelength of 2940 nm. It provides great absorption in water and hydroxyapatite. The precise cutting ability allows it to be suitable for soft and hard tissue procedures.
Energy Output
The Co2 laser machine has an average veterinary energy output of 1-20 watts. The Er:YAG dental laser has an energy output range of 50-300 mJ. These are accompanied by adjustable energy settings for precise tissue targeting in various procedures.
Pulse Duration
All laser machines have different pulse durations. The Diode laser has a pulse duration of continuous wave to 300 microseconds. The Er:YAG laser has a pulse duration range of 200 microseconds to 20 milliseconds. The Nd:YAG laser machines have pulse durations ranging from 60 microseconds to 1 millisecond. Short pulse durations enable effective tissue interaction.
Modes of Operation
The CO2 laser machine has three operational modes: continuous wave and pulsed modes. The Er:YAG has operational modes in its exclusive variable pulse durations. These modes enable different applications. They include incision, ablation, and cauterization to meet diverse clinical needs.
Cooling System
The Co2 laser machines have advanced internal cooling systems to ensure consistent performance. The machine is equipped with water and air-based systems. They help maintain optimal operating temperatures when used for long procedures. This prevents overheating and ensures reliability in extended applications.
Customization
The machines utilize quartz glass and ceramic reflectors. The Element dental laser incorporates highly customizable settings into its powerful handlebars, allowing precise adjustments of intensities. This helps in catering to various treatment needs.
Considering quality and machine maintenance is important. This is to ensure longevity, reliability, and optimal performance for dental professionals who frequent clinics. Here are industry standards and maintenance protocols:
Standardization
Because of this standard, medical lasers are subjected to rigorous safety and performance standards. These standards come from organizations like the International Electrotechnical Commission and the American National Standards Institute. These standards ensure that laser machines meet minimum required performance and safety levels.
Quality Materials
The dental laser machines are constructed using premium-quality materials. They include stainless steel, high-grade aluminum, and medical-acrylic composites. These materials are resistant to wear and corrosion and significantly increase the device's durability. Laser machines also employ advanced optics made with premium-quality glass. This ensures precision and accuracy when cutting or abating tissues.
Advanced Cooling Systems
Lasers have advanced cooling systems that ensure stability and reliability with longer operation periods. Most commonly, they use water and air-based cooling systems. They help maintain optimal temperatures to prevent overheating. This ensures consistent performance throughout multiple extended procedures.
Optical Calibration
Frequent optical calibration helps maintain precision. This calibration is done to ensure that the laser beam is accurately focused on the targeted area. Therefore, such regular adjustments prevent damage to surrounding tissues. It also guarantees effective treatment.
Service Agreement
Having a regular maintenance schedule with the manufacturer or authorized service providers is crucial for long-term performance. Many manufacturers offer maintenance packages covering periodic inspections, software updates, and necessary repairs of small and major appliances.
Software Updates
Software updates will help in keeping the machines aligned with the current technological advancements. It also ensures that the device is operating with optimal efficiency. Normally, the updates include new treatment protocols and improved user interfaces.
The dental laser machine used on gingivectomy removes diseased or excess gum tissues. It reshapes the gum line to treat periodontal disease and perform gum contouring. It gives it a healthier and more aesthetic appeal. The lasers also minimize discomfort during and after the procedure. There is less bleeding and a quicker recovery time.
The CO2 dental laser is the preferred laser in gingivectomy. It accurately targets the affected gum tissue during gingivectomy. It removes or contours excess tissue. It cauterizes blood vessels simultaneously and minimizes bleeding and disinfection risks. With this dual action, there are smoother and faster procedures with enhanced patient comfort and quicker recovery.
The healing of laser gingivectomy typically takes one to two weeks. Laser technology used in gingivectomy causes minimal trauma to the surrounding healthy tissues. This leads to faster recovery times for patients. The laser also cauterizes during the procedure, which reduces bleeding and helps in quick and effective healing.
Gingivectomy with a laser uses precision light. This accurately reshapes the gum tissues with minimal bleeding and discomfort. It cauterizes as it cuts. Conventional surgery involves wheel burrs and scalpels. These methods cause more bleeding, pain, and a longer recovery period. It also requires sutures.
