The Pediatric Dentistry (Pedodontics) Laboratory is a modern educational and practical training unit equipped with advanced dental equipment, where preclinical technical preparations, appliance fabrication, and practical skills training are carried out in the fields of pediatric dentistry (pedodontics) and orthodontics.
What is the Pediatric Dentistry and Orthodontics Laboratory? / What is its Purpose?
Primary Purpose: The primary purpose of the Pediatric Dentistry and Orthodontics Laboratory is to carry out the technical laboratory procedures required for the fabrication of removable and fixed appliances planned for pediatric and orthodontic patients. The laboratory provides infrastructure that supports clinical procedures, enabling dental appliances to be fabricated from scratch and damaged appliances to be promptly repaired or restored.
Key Features: The unit is designed to meet the laboratory requirements of both pediatric dentistry (pedodontics) and orthodontics under a single structure. It provides all the necessary technical facilities for the repair and replacement of appliances that may break, crack, or become structurally deformed during clinical use.
Academic Contribution: The laboratory is one of the most important supporting components of dental education, complementing students' clinical training. It enables students to gain the professional knowledge required in their education through hands-on practice, improve their manual dexterity and manipulation skills, and develop comprehensive technical expertise in appliance fabrication procedures.
Devices and Technical Equipment Available in the Laboratory
Key Features: The laboratory is equipped with tools and technologies suitable for the fabrication of pediatric and adult dental appliances, allowing students to develop their technical and practical skills. The main technical equipment used in the laboratory includes:
- Appliance Forming and Wire-Bending Units: Precision hand instruments and plier sets used to shape the metal components, clasps, and springs of fixed and removable orthodontic and pediatric appliances.
- Acrylic Polymerization Equipment: Pressure and heat units used to process acrylic materials for the fabrication of colored or transparent removable appliance bases designed to fit the oral structures of children.
- Dental Micromotor and Acrylic Finishing Sets: High-speed grinding and polishing motors used to eliminate surface irregularities, refine appliance edges, and ensure compatibility with intraoral tissues in fabricated or repaired appliances.
- Appliance Revision and Repair Station: Laboratory repair equipment used to quickly restore the structural integrity of appliances that have become deformed, fractured, or require replacement during clinical use.
Research and Application Areas
The practical training and technical activities carried out in the laboratory focus on the following areas:
- Pediatric and Orthodontic Appliance Fabrication: Designing and fabricating laboratory components and appliances of all types, whether fixed or removable, planned for patient use by pediatric dentistry and orthodontic specialists.
- Appliance Repair and Replacement: Repairing damaged, fractured, or deformed appliances using the laboratory infrastructure without compromising their structural properties, or completely replacing them in accordance with their original design.
- Learning Technical Procedures: Providing students with hands-on training in all technical procedures involved in appliance fabrication, adaptation, and the transition from the laboratory to clinical application.
- Developing Manual Dexterity and Manipulation Skills: Practical sessions designed to improve dental students' motor skills and manual dexterity required for processing and shaping dental materials and performing detailed laboratory work during the preclinical period.
Benefits for Students and the Healthcare Sector
- Advanced Manual Dexterity: By developing their manual skills before graduation, students gain the competence to work more safely and effectively with patients during clinical procedures.
- Seamless Transition from Theory to Clinical Practice: Students who gain hands-on experience in the fabrication of pediatric and orthodontic appliances in the laboratory complete their clinical training with comprehensive technical knowledge.
- Efficient Clinical and Technical Problem-Solving: Students who learn how to address broken and deformed appliances received from clinical settings at the laboratory level can develop practical and timely solutions independently in their professional practice.
