SureSmile: Difference between revisions

Latest revision as of 10:52, 15 February 2025

SureSmile[edit]

The SureSmile robot used in orthodontic treatment.

SureSmile is an advanced orthodontic treatment system that utilizes 3D imaging, treatment planning software, and a robotic wire-bending machine to create precise archwires for braces. This technology aims to improve the accuracy and efficiency of orthodontic treatment, potentially reducing treatment time and improving outcomes for patients.

Overview[edit]

SureSmile technology integrates several components to enhance the orthodontic treatment process. The system begins with a 3D scan of the patient's teeth, which can be obtained using a CBCT scanner or an intraoral scanner. This digital model allows orthodontists to plan the treatment with high precision.

The treatment planning software enables orthodontists to visualize the desired outcome and simulate the movement of teeth over time. Once the treatment plan is finalized, the SureSmile system uses a robotic arm to bend archwires according to the precise specifications of the treatment plan. These custom-bent wires are then used in the patient's braces to guide the teeth into their desired positions.

Benefits[edit]

The SureSmile system offers several potential benefits over traditional orthodontic methods:

Precision: The use of 3D imaging and robotic wire bending allows for highly accurate treatment planning and execution.
Efficiency: By optimizing the movement of teeth, SureSmile can potentially reduce the overall treatment time compared to conventional braces.
Customization: Each archwire is custom-made for the individual patient, allowing for a tailored approach to orthodontic care.

Technology[edit]

File:SureSmileRobot.jpeg

The SureSmile robot in action.

The SureSmile system is composed of several key technological components:

3D Imaging: The initial step involves capturing a 3D image of the patient's dentition. This can be done using a CBCT scanner or an intraoral scanner, providing a detailed digital model of the teeth and surrounding structures.
Treatment Planning Software: Orthodontists use specialized software to design the treatment plan. This software allows for the simulation of tooth movement and the visualization of the final outcome.
Robotic Wire Bending: The SureSmile robot bends archwires with precision based on the treatment plan. This robotic process ensures that the wires are shaped accurately to achieve the desired tooth movement.

Clinical Application[edit]

SureSmile is used in various orthodontic cases, including:

Malocclusion: Correcting misalignment of teeth and jaws.
Crowding: Addressing issues where there is insufficient space for teeth.
Spacing: Closing gaps between teeth.

Orthodontists may choose SureSmile for patients who require precise and efficient treatment, particularly in complex cases where traditional methods may be less effective.

Related pages[edit]

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-'''SureSmile''' is a dental treatment methodology that utilizes advanced computer imaging technology to straighten teeth more efficiently and effectively compared to traditional braces. Developed by [[OraMetrix]], SureSmile technology is designed to provide orthodontic patients with a customized, precise treatment plan that aims to reduce the overall time required for wearing braces and improve the outcome of the orthodontic treatment.
+== SureSmile ==
-==Overview==
+[[File:SureSmileRobot.jpeg|thumb|right|The SureSmile robot used in orthodontic treatment.]]
-SureSmile treatment begins with the orthodontist taking a 3D scan of the patient's teeth using a high-resolution digital scanner. This scan creates a detailed 3D model of the patient's mouth, allowing the orthodontist to analyze the current alignment of the teeth and jaw in unprecedented detail. Using SureSmile's proprietary software, the orthodontist can then simulate different treatment strategies and select the most effective course of action for the individual patient.
-Once the treatment plan is finalized, SureSmile technology is used to create customized archwires for the patient's braces. These archwires are bent by robotic arms to the exact specifications of the treatment plan, ensuring a precise fit and applying the correct amount of force to each tooth that needs to be moved. This level of customization and precision is what sets SureSmile apart from traditional orthodontic treatments, which rely on manual adjustments to the braces' wires.
+'''SureSmile''' is an advanced orthodontic treatment system that utilizes 3D imaging, treatment planning software, and a robotic wire-bending machine to create precise archwires for braces. This technology aims to improve the accuracy and efficiency of orthodontic treatment, potentially reducing treatment time and improving outcomes for patients.
-==Benefits==
+== Overview ==
-The primary benefits of SureSmile technology include:
-* '''Reduced Treatment Time:''' By optimizing the movement of each tooth, SureSmile can significantly reduce the overall time a patient needs to wear braces. Studies have shown that SureSmile treatments can be up to 33% faster than traditional orthodontic methods.
+SureSmile technology integrates several components to enhance the orthodontic treatment process. The system begins with a 3D scan of the patient's teeth, which can be obtained using a [[Cone beam computed tomography|CBCT]] scanner or an intraoral scanner. This digital model allows orthodontists to plan the treatment with high precision.
-* '''Improved Accuracy:''' The precision of the 3D scanning and robotic wire bending allows for more accurate tooth movement, leading to better alignment and bite correction.
-* '''Customized Treatment Plans:''' Each patient's treatment plan is tailored specifically to their dental anatomy and orthodontic needs, ensuring more effective and efficient treatment outcomes.
-* '''Enhanced Comfort:''' The precise application of force to the teeth can also reduce the discomfort often associated with traditional braces adjustments.
-==Considerations==
+The treatment planning software enables orthodontists to visualize the desired outcome and simulate the movement of teeth over time. Once the treatment plan is finalized, the SureSmile system uses a robotic arm to bend archwires according to the precise specifications of the treatment plan. These custom-bent wires are then used in the patient's braces to guide the teeth into their desired positions.
-While SureSmile offers many advantages, there are also considerations that patients should discuss with their orthodontist:
-* '''Cost:''' The advanced technology and customization of SureSmile treatments can make it more expensive than traditional braces.
+== Benefits ==
-* '''Availability:''' Not all orthodontic practices offer SureSmile technology, so it may require seeking out a specialist who is trained and equipped to provide this treatment.
-* '''Suitability:''' SureSmile is not the best option for every patient. The orthodontist will need to evaluate whether this technology is suitable for the patient's specific orthodontic issues.
-==Conclusion==
+The SureSmile system offers several potential benefits over traditional orthodontic methods:
-SureSmile represents a significant advancement in orthodontic treatment, offering patients a faster, more accurate, and customized approach to straightening their teeth. By leveraging cutting-edge technology, SureSmile has the potential to improve the orthodontic experience and outcomes for many patients. However, as with any medical treatment, it is important for patients to consult with a qualified orthodontist to determine if SureSmile is the right choice for their individual needs.
+* '''Precision''': The use of 3D imaging and robotic wire bending allows for highly accurate treatment planning and execution.
+* '''Efficiency''': By optimizing the movement of teeth, SureSmile can potentially reduce the overall treatment time compared to conventional braces.
+* '''Customization''': Each archwire is custom-made for the individual patient, allowing for a tailored approach to orthodontic care.
+== Technology ==
+[[File:SureSmileRobot.jpeg|thumb|left|The SureSmile robot in action.]]
+The SureSmile system is composed of several key technological components:
+* '''3D Imaging''': The initial step involves capturing a 3D image of the patient's dentition. This can be done using a CBCT scanner or an intraoral scanner, providing a detailed digital model of the teeth and surrounding structures.
+* '''Treatment Planning Software''': Orthodontists use specialized software to design the treatment plan. This software allows for the simulation of tooth movement and the visualization of the final outcome.
+* '''Robotic Wire Bending''': The SureSmile robot bends archwires with precision based on the treatment plan. This robotic process ensures that the wires are shaped accurately to achieve the desired tooth movement.
+== Clinical Application ==
+SureSmile is used in various orthodontic cases, including:
+* '''Malocclusion''': Correcting misalignment of teeth and jaws.
+* '''Crowding''': Addressing issues where there is insufficient space for teeth.
+* '''Spacing''': Closing gaps between teeth.
+Orthodontists may choose SureSmile for patients who require precise and efficient treatment, particularly in complex cases where traditional methods may be less effective.
+== Related pages ==
+* [[Orthodontics]]
+* [[Braces (orthodontics)]]
+* [[3D imaging in medicine]]
+* [[Robotics in healthcare]]
-[[Category:Dentistry]]
 [[Category:Orthodontics]]
-[[Category:Medical technology]]
+[[Category:Dental technology]]
-{{Medicine-stub}}