Anodyne Dental
A Revolutionary Solution for Dental and Gum Treatments with Advanced Laser Technology
The Anodyne system is a non-invasive dental device that utilizes advanced lasers to provide precise treatments, reduce pain and inflammation, and accelerate wound healing.
Type:
Diode laser
Wavelength:
1064nm±20nm
Maximum energy:
3000 J
LLLT lasers utilize specific wavelengths of light that penetrate oral tissues and create beneficial biological effects. Unlike high-power lasers used for cutting and surgery, LLLT operates at lower energy levels without generating heat, helping to stimulate reparative and anti-inflammatory processes in tissues. These lasers typically operate within wavelengths ranging from 400 to 1000 nm, including common wavelengths like 450, 638, 808, and 980 nm.
Dental lasers are classified into two main categories:
- Soft Tissue Lasers: Operating at wavelengths between 400 and 980 nm, they are used for gum surgeries, treating inflammation, and healing oral wounds.
- Hard Tissue Lasers: Used for cutting and shaping tooth enamel and bone, often operating at wavelengths above 2,780 nm. Note: These are not included in this device.
What is Anodyne Dental?
What is Dental Laser Therapy?
Dental laser therapy refers to the use of laser beams for treating and improving oral and dental issues. This technology has gained popularity among dentists and patients due to its high precision, reduced pain and bleeding, and shorter recovery time.
This technology is highly favored for its precision, reduction of pain and inflammation, and faster wound healing. One of the types of lasers used in dentistry is Low-Level Laser Therapy (LLLT), also known as cold lasers.
Product features
Non-Invasive and Pain-Free
These lasers are used without the need for surgery or incisions.
Shorter Recovery Time
The use of dental lasers significantly reduces patient recovery time.
Reduced Pain and Anesthesia Requirement
Dental lasers like those in the Anodyne device reduce the need for local anesthesia by blocking nerve endings and alleviating pain.
High Treatment Precision
Lasers enable the precise removal of damaged tissues without harming healthy tissues. This high precision minimizes bleeding and promotes faster healing.
Accelerated Healing
Using specific wavelengths like 808 nm and 980 nm, lasers can stimulate the body’s natural reparative processes. These wavelengths enhance blood flow, reduce inflammation, and aid wound healing.
High Safety and Minimal Side Effects
Dental lasers like Anodyne are recognized as one of the safest treatment methods due to advanced design and precise energy control. These devices include multiple safety systems such as “Laser Treatment Controlled Area” (LTCA) and “Nominal Hazard Zone” (NHZ) to ensure the safety of both patients and practitioners.
Versatile Applications
Dental lasers can be used for a wide range of treatments, including:
- Gum surgeries
- Removal of oral lesions
- Teeth whitening
- Treating tooth sensitivity
- Treating gum diseases such as periodontitis
Ergonomic Design and Easy Operation
- Touchscreen Display with Simple User Interface:
Anodyne is equipped with a colored touchscreen display with a simple and user-friendly interface, allowing dentists to easily adjust and control various treatment parameters. - The ergonomic design of the device reduces hand fatigue during long treatments. The probe is designed for ease of use, offering greater control during treatment processes.
- High Flexibility
Adjustable Wavelengths for Various Dental Applications:
- Anodyne utilizes wavelength adjustment technology, allowing the use of multiple wavelengths for diverse applications. This device can produce wavelengths of 450, 638, 808, and 980 nm.
- This capability allows dentists to use a single device for various treatments such as soft tissue therapy, root canal disinfection, teeth whitening, and reducing tooth sensitivity.
Improved Treatment Outcomes with Specific Wavelengths:
- 450 nm Wavelength: Commonly known as blue light, it is widely used for polymerizing dental materials and teeth whitening.
- 638 nm Wavelength: Falling in the red light spectrum, it is used in low-level laser therapy (LLLT) for treating oral and dental infections. Due to its high absorption by hemoglobin and melanin, it is effective for therapeutic purposes and tissue repair.
- 808 nm Wavelength: In the near-infrared spectrum, this wavelength is frequently used in dentistry, particularly for laser treatments and soft tissue surgeries. Its high penetration depth and ability to stimulate tissues without causing damage make it a popular choice for various dental procedures.
- 980 nm Wavelength: Also in the near-infrared spectrum, this wavelength is widely used in dental lasers for soft tissue surgeries, disinfection, and non-invasive treatments. Its high absorption by water and hemoglobin makes it suitable for cutting and vaporizing soft tissues while reducing pain and inflammation.
- Portability
Lightweight and Compact Design:
- Weighing approximately 15 kg and featuring a compact design, Anodyne is easy to transport within clinics or between treatment rooms. This feature is particularly useful for mobile dentists or those working in multiple offices.
Technologies Used:
Anodyne offers multiple advantages that distinguish it from other similar devices. Below is a detailed explanation of each advantage:
Anodyne, with its ergonomic design, flexible wavelength adjustment, lightweight and portable structure, and dual CW and Pulse modes, is a powerful and effective tool for dentists. These features not only improve dentists’ performance but also provide a better, pain-free treatment experience for patients.
With this device, dental treatments can be performed with greater precision, efficiency, and safety, delivering better outcomes for patients.
- Operation in CW and Pulse Modes
Ability to Operate in CW (Continuous Wave) and Pulse Modes:
This device has two operating modes: CW for continuous treatments and Pulse for better energy control and preventing tissue overheating.
- CW Mode: Ideal for continuous treatments such as teeth whitening and simple gum surgeries.
- Pulse Mode: Useful for more sensitive treatments like periodontal therapy and reducing pain and inflammation. Pulse mode minimizes thermal damage and enhances treatment safety.
Benefits of Pulse Mode:
Reduces thermal damage.
Enhances safety during treatments.
How Anodyne Dental Works?
Laser Pen
- Anodyne has an ergonomic laser pen that allows the dentist to hold it comfortably and perform precise treatments.
- The different tips that can be attached to the laser pen enable the use of this device in various applications.
Foot Control Pedal
- The device features a foot pedal that allows the dentist to control the device without using their hands. This feature enhances accuracy and reduces fatigue during treatment.
- Advantages of the foot control pedal: It allows quick start and stop of treatments, especially in situations where high precision and quick changes in laser settings are required.
Continuous Wave (CW) and Pulse Mode Operation
Anodyne can be set to operate in both Continuous Wave (CW) and Pulse Mode.
Reduction of Inflammation
- LLLT lasers reduce the production of prostaglandins, cytokines, and inflammatory interleukins. As a result, the reduction of these inflammatory substances leads to a decrease in swelling, pain, and inflammation in tissues.
- Applications in dentistry:
Reduces pain and inflammation after dental surgeries and orthodontic treatments.
Relieves pain caused by gum inflammation (periodontitis) and oral infections.
Improved Local Blood Circulation
Laser light causes vasodilation, which increases blood flow and oxygen delivery to tissues. Increased blood circulation accelerates tissue repair and wound healing.
Applications in dentistry:
- Speeds up the healing of oral wounds such as canker sores and wounds caused by dental prosthetics.
- Enhances the process of osseointegration (implant-to-bone attachment).
Anodyne's Mechanism of Action
Photon absorption by cellular chromophores
- Chromophores are molecules that have the ability to absorb light and are found in cells, particularly in mitochondria.
- Laser light with specific wavelengths (usually in the range of 450 to 980 nanometers) penetrates deep into tissues and is absorbed by these chromophores in the mitochondria.
- Result of light absorption: This process stimulates chromophores like cytochrome C oxidase, which in turn increases mitochondrial activity.
Increased ATP Production
Absorption of laser light by mitochondria activates the electron transport chain within the organelle, resulting in increased ATP (adenosine triphosphate) production. ATP is the primary energy source for cells, and its increased production helps with cellular repair and growth. Benefits of ATP production include accelerating the healing process of damaged tissues, speeding up wound healing, and boosting the local immune system.
What is Anodyne Dental suitable for?
Mouth ulcers and wound healing
LLLT helps in healing oral ulcers and wounds caused by dental prosthetics due to its anti-inflammatory effects and increased local blood circulation. These lasers shorten the healing time and reduce pain caused by them.
Treatment of tooth sensitivity
Low-level lasers can be used to reduce tooth sensitivity by sealing dentinal tubules, which are the main cause of sensitivity.
Increased success in implant placement
Using LLLT after dental implant surgery can improve bone healing around the implant. These lasers help accelerate the osseointegration process, which increases the success rate of implants.
Pain and inflammation reduction
LLLT can help reduce pain after dental surgeries or orthodontic treatments by blocking pain signals at nerve endings and increasing the production of endorphins (the body’s natural pain relievers).
Tissue regeneration stimulation
Laser light increases ATP production in cells, providing the energy needed for repair processes. This effect accelerates the healing of damaged tissues such as gums, bones, and soft tissues.
Treatment of tooth sensitivity
Low-level lasers can be used to reduce tooth sensitivity by sealing dentinal tubules, which are the main cause of sensitivity.
Reduced bleeding and inflammation after treatment
A key feature of Anodyne is the reduction of bleeding during and after treatment. This device, using CW and Pulse modes, allows dentists to better control energy and reduce damage to surrounding tissues.
- Dentist experience: “Using Anodyne has significantly reduced bleeding during gum surgeries. This feature is particularly useful for patients with bleeding problems.”
Diverse Applications in Dental Treatments
Due to its adjustable wavelength and various tips, Anodyne can be used in a wide range of treatments. From teeth whitening and root canal disinfection to gum inflammation treatment and reducing tooth sensitivity, this device is highly effective.
- Dentist experience: “I have used this device for a variety of treatments, including gum surgeries and restorative procedures. Anodyne allows me to work with more precision and achieve better results.”
Increased patient satisfaction
Patients who have experienced treatment with Anodyne are pleased with the reduction in pain, shorter treatment time, and improved final results. This device has made patients more comfortable with visiting the dentist.
- Patient experience: “I was always afraid of dental treatments, but with Anodyne, I had a completely different experience. The treatment was much faster and painless. I will definitely choose this method in the future.”
Pain-free and no anesthesia required
One of the most significant experiences for patients with Anodyne is the significant reduction in pain during dental treatments. The low-level laser technology (LLLT) in this device minimizes the need for local anesthesia by blocking pain signals and reducing inflammation.
- Patient experience: “For the first time, my dental treatment was done without needing an injection and without any pain. This experience completely eliminated my fear of going to the dentist.”
Amazing Experiences with Anodyne Dental
Anodyne, leveraging advanced laser technology and ergonomic design, has revolutionized dental treatments. This device not only allows dentists to perform more precise and effective treatments, but it also enhances the patients’ experience. Below are some of the remarkable experiences and benefits of using this device in dental clinics.
Faster recovery and reduced downtime
One of the remarkable features of Anodyne is the increased speed of wound healing and reduced recovery time after dental surgeries. This device helps accelerate the repair of damaged tissues by stimulating ATP production and improving blood circulation.
- Dentist experience: “Patients treated with Anodyne healed faster than usual and had fewer complications after surgery. This device allows us to provide better services to our patients.”
Ease of use and user-friendly design
Anodyne, with its ergonomic design, touchscreen display, and foot control pedal, is easy to use, increasing speed and accuracy during treatment.
- Dentist experience: “The design of the device is very user-friendly. The ability to quickly change settings via the touchscreen display and use the foot pedal has made our work much easier.”
Technical Specifications
- Dimensions:
H92×W44×L48
- Device Weight:
17 KG
- Operating Voltage:
220VAc – 50Hz
- Main Control:
Power Switch
- System Interlock Control:
Remote Interlock
- Emergency Stop:
Emergency Switch
- Laser Class:
Class IV (4)
- Laser Generator:
Semiconductor diode
- Wavelength:
638 nm / 808 nm / 980 nm / 450 nm
- Laser Power:
300mW ( 638nm) / 5W (808nm) / 6W (980nm) / 2W (450nm)
- Laser Output Mode:
CW – Pulse mode
- Compatible Fiber Diameter:
300 µm , 400 µm
- Pulse Width:
0.2 to 10 ms & CW
- Repetition Rate:
Up to 5KHz in pulse mode |
NOHD 4.8meters
- Control Panel:
Color LCD 7” Touch Screen
- Modulation Frequency:
5 KHz
- Electrical Shock Protection Class:
Class I – type B
