RecruitingNot ApplicableNCT07420777

Investigate the Effectiveness of 3D-printed Shape Memory Aligners in the Treatment of Anterior Open Bite

Evaluating the Effectiveness of 3D Directly Printed Shape Memory Aligners in the Management of Anterior Open Bite


Sponsor

Kufa University

Enrollment

51 participants

Start Date

May 1, 2026

Study Type

INTERVENTIONAL

Conditions

Summary

The goal of this randomised clinical trial study is to investigate 3D-printed shape memory aligners in the treatment of anterior dental open bite adult patients. The main questions it aims to answer are: 1. Do 3D-direct-printed shape memory aligners demonstrate potentiality in the management of AOB? 2. What is the effect of 3D-direct printed shape memory aligners on molar intrusion? 3. Can the 3D-direct printed shape memory aligners extrude anterior teeth without the use of attachments? 4. Do 3D-direct printed shape memory aligners generate greater/higher stress distribution and initial teeth displacement compared to conventional clear aligners? Researchers will compare three groups: Group I: Patients treated with conventional clear aligners with attachments; Group II: Patients treated with 3D direct-printed shape-memory aligner without attachment; Group III: Patients treated with 3D direct-printed shape memory clear aligners with attachments and see its effect on anterior open bite treatment. Participants will wear a clear aligner for about 6-8 months. Then


Eligibility

Min Age: 18 YearsMax Age: 35 Years

Inclusion Criteria5

  • Age 18-35 years,
  • Both genders.
  • The patient is well fitted with no systemic disease.
  • Mild-moderate dental anterior open bite.
  • Well-aligned or mildly crowded dentition.

Exclusion Criteria5

  • Patient with a history of trauma to the molars or incisors.
  • Patient with a history of endodontic treatment to the maxillary first molar or incisors.
  • Patient with a systemic disease related to bone metabolism.
  • Patient taking immunosuppressive drugs or drugs inhibiting or accelerating tooth movement; and
  • Patient with neuromuscular deficiencies.

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Interventions

DEVICESMA with attachment

3D direct-printed shape memory clear aligner with horizontal rectangular attachment

DEVICESMA without attachments

3D direct-printed shape memory clear aligner without horizontal rectangular attachment

DEVICECA with attachment

Thermoformed conventional clear aligner with horizontal rectangular attachment


Locations(1)

Azadi dental center

Erbil, Erbil Governorate, Iraq

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NCT07420777


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