Retraction biomechanics in extraction cases using aligners focuses on controlled space closure after premolar extraction while maintaining anchorage, torque, and vertical control. Because aligners rely on intermittent forces and limited attachments, retraction is typically staged and programmed digitally, with anterior teeth often moved first or en masse depending on anchorage demands. Optimized attachments, power ridges, and aligner sequencing are used to control incisor torque and prevent tipping, while posterior anchorage is reinforced through attachments, sequential distalisation, or adjuncts such as elastics or temporary anchorage devices (TADs). Space closure is generally achieved through bodily movement rather than uncontrolled tipping by incorporating root control in the treatment plan, though refinements are commonly needed. Overall, successful retraction with aligners requires precise planning, patient compliance, and biomechanical considerations to approximate the force systems achievable with fixed appliances.
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Taschenbuch. Condition: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Retraction biomechanics in extraction cases using aligners focuses on controlled space closure after premolar extraction while maintaining anchorage, torque, and vertical control. Because aligners rely on intermittent forces and limited attachments, retraction is typically staged and programmed digitally, with anterior teeth often moved first or en masse depending on anchorage demands. Optimized attachments, power ridges, and aligner sequencing are used to control incisor torque and prevent tipping, while posterior anchorage is reinforced through attachments, sequential distalisation, or adjuncts such as elastics or temporary anchorage devices (TADs). Space closure is generally achieved through bodily movement rather than uncontrolled tipping by incorporating root control in the treatment plan, though refinements are commonly needed. Overall, successful retraction with aligners requires precise planning, patient compliance, and biomechanical considerations to approximate the force systems achievable with fixed appliances. Seller Inventory # 9786209554902
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Paperback. Condition: new. Paperback. Retraction biomechanics in extraction cases using aligners focuses on controlled space closure after premolar extraction while maintaining anchorage, torque, and vertical control. Because aligners rely on intermittent forces and limited attachments, retraction is typically staged and programmed digitally, with anterior teeth often moved first or en masse depending on anchorage demands. Optimized attachments, power ridges, and aligner sequencing are used to control incisor torque and prevent tipping, while posterior anchorage is reinforced through attachments, sequential distalisation, or adjuncts such as elastics or temporary anchorage devices (TADs). Space closure is generally achieved through bodily movement rather than uncontrolled tipping by incorporating root control in the treatment plan, though refinements are commonly needed. Overall, successful retraction with aligners requires precise planning, patient compliance, and biomechanical considerations to approximate the force systems achievable with fixed appliances. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9786209554902
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Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Titel. Neuware -Retraction biomechanics in extraction cases using aligners focuses on controlled space closure after premolar extraction while maintaining anchorage, torque, and vertical control. Because aligners rely on intermittent forces and limited attachments, retraction is typically staged and programmed digitally, with anterior teeth often moved first or en masse depending on anchorage demands. Optimized attachments, power ridges, and aligner sequencing are used to control incisor torque and prevent tipping, while posterior anchorage is reinforced through attachments, sequential distalisation, or adjuncts such as elastics or temporary anchorage devices (TADs). Space closure is generally achieved through bodily movement rather than uncontrolled tipping by incorporating root control in the treatment plan, though refinements are commonly needed. Overall, successful retraction with aligners requires precise planning, patient compliance, and biomechanical considerations to approximate the force systems achievable with fixed appliances.VDM Verlag, Dudweiler Landstraße 99, 66123 Saarbrücken 52 pp. Englisch. Seller Inventory # 9786209554902