Innobrace is proud to unveil the revolutionary Flexibrace non-ligating bracket (NLB), an innovation that will transform orthodontic treatment as we know it. Developed in collaboration with the prestigious Singapore Institute of Manufacturing Technology (SIMTECH), a research institute under the Agency for Science, Technology and Research (A*STAR), Flexibrace is setting a new standard in the world of braces.
Why Flexibrace is Different:
Flexibrace is the first-ever non-ligating bracket system, boasting a unique one-piece Roth-Type design with a highly flexible arch wire engagement system. This breakthrough system eliminates the need for traditional metal clips or elastomeric devices, streamlining treatment with unparalleled efficiency. What’s more, Flexibrace has received a U.S. Patent for its design, making it a truly one-of-a-kind advancement in orthodontic care.
Faster Treatment, Better Results:
Thanks to its groundbreaking design, Flexibrace dramatically reduces chair time by up to 50% and shortens total treatment duration by over 33%. This allows dental professionals to make quicker progress with wire size changes, ultimately completing treatment in a fraction of the time. All of this is achieved while ensuring patient comfort through gentle, continuous forces that minimize discomfort.
A Breakthrough in Material Science:
At the heart of Flexibrace’s performance is its flexible archwire slot—a feature no other bracket system in the industry offers. Excessive forces are absorbed and dissipated by the bracket walls, ensuring a smoother, more comfortable experience for patients. The special titanium alloy used in Flexibrace has been carefully selected by Innobrace’s team, in collaboration with SIMTECH, to provide optimal strength and flexibility. This innovative use of material science and process engineering represents the pinnacle of orthodontic device design.
Benefits of Flexibrace:
Flexibrace is more than just an orthodontic device—it's a leap forward in the future of dental care. At Innobrace, we are committed to providing orthodontic professionals and patients with the best possible tools to achieve beautiful, healthy smiles faster and more comfortably.
Take the next step in your orthodontic journey with Flexibrace—the future of braces is now.
Feel free to drop us a message if you need more information on patient treatment, case analysis, consultations, or any discussions. We'll be happy to connect you with our expert panel of doctors!
Flexibrace Non-ligating Bracket Vs Self-ligating Bracket
Please reach out to us if you cannot find an answer to your question.
All traditional & Self-ligating Bracket (SLB) systems utilize a rigid bracket archwire slot. When an archwire is inserted, the force from the archwire is directly and completely transferred to the tooth through the bracket. If the force is excessive, the tooth will be subjected to unwanted pain and movement will be negatively affected.
With Flexibrace, the archwire walls will flex to moderate the force that is transmitted to the tooth. The force level is reduced and spread out over a long period of time to ensure that the force on the tooth is always gentle and continuous. In a clinical situation, this means that the clinician can progress to rectangular archwires earlier in the treatment. The movement of the teeth on the archwire can still be done with a 3-dimensional control even if not all the teeth are aligned.
Undoubtedly the insertion and removal of archwires can be performed more expeditiously with Flexibrace. When inserting and removing the archwires, a rocking movement will ease the archwire into and out of the brackets in an instant.
There is no need to use special pliers for removal. Chair side time is significantly reduced when using Flexibrace system.
No. it is not necessary because the wings of the bracket can be used to attach power chains and elastics. Elastomeric modules can also be used if required and in instances where rotational control is important.
Flexibrace is designed to help orthodontists to speed up the progression of archwire thickness and stiffness without compromising on patient comfort. Orthodontists are able to continue to use the same archwires that they are used to.
However, the first alignement archwire is recommended to be no smaller than 0.016" NiTi because the opening of the slot in the 0.022" system is 0.015".
When the doctor applies the archwire into the archwire slot, the slot opens up momentarily to accept and retain the archwire. There is no other clips or tiny devices that need to be activated to close the archwire slot. One benefit of Flexibrace is the flexible archwire slot which enhances clinical efficiency
The archwire slot (which is 0.022”X0.028” in the .022” system) is a rectangular space into which a doctor applies a round or rectangular archwire to effect tooth movement. In a self-ligating system, the 3 sides of this rectangle nearest to the crown surface are rigid and directly convey any forces (big or small, appropriate or inappropriate) to the crown and hence the tooth.
With the passive self-ligating system, the size of this rectangle remains the same throughout treatment. With the so-called interactive system, the fourth side of the rectangle represented by a clip can be used to reduce the size of the rectangle, compressing a suitably sized rectangular archwire with the aim of improving torque control.
Flexibrace system has flexible archwire slots, so that the rectangle slot can flex and dampen excessive forces from archwires to achieve constant light orthodontic forces. So the slot shape does not remain a rectangle during treatment. Archwire progression is quicker so that working archwires can be placed sooner and major orthodontic movements such as space closure and inter-arch mechanics can start sooner. Hence treatment time can be saved.
In addition, the flexibility of the archwire slot allow for full bracket engagement of the archwire during finishing. This feature is not possible with traditional and self ligating brackets
As the Flexibrace brackets have no hooks, crimpable hooks on archwire may be required for intermaxillary traction.
Buttons on the lingual surface are recommended to aid rotational correction.