Resin bite turbos, also known as bite ramps or bite blocks, have emerged as a simple yet highly effective auxiliary for temporarily discluding the dentition and facilitating controlled tooth movement.
Their use has expanded significantly in recent years, particularly in the management of deep bite cases, anterior crossbites, and situations where bracket protection and vertical control are critical.
Resin bite turbos are typically fabricated using light-cured composite resin and strategically placed on the palatal surfaces of maxillary incisors or on the occlusal surfaces of posterior teeth.
By creating a controlled occlusal separation, they reduce excessive occlusal forces on brackets and archwires, improve patient comfort, and allow orthodontic mechanics to proceed more efficiently.
Compared with traditional acrylic bite planes or removable appliances, resin bite turbos offer advantages such as chairside customization, minimal bulk, good patient acceptance, and easy removal at the appropriate treatment stage.
Beyond their mechanical function, bite turbos also play a key role in enhancing treatment predictability.
Properly designed and positioned, they can help guide vertical correction, minimize treatment complications, and shorten overall treatment time when used as part of a well-planned orthodontic strategy.
However, their success depends on correct case selection, precise placement, and an understanding of their potential effects on speech, mastication, and enamel surfaces.
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