A dental articulator helps create dentures that fit comfortably and function properly.
Even slight damage to the articulator can significantly impact speech clarity.
Her upper lip, a key articulator, struggled to produce the 'p' sound.
His tongue acted as an articulator, shaping the air to form distinct words.
Learning the anatomy of the vocal articulator is fundamental for aspiring singers.
Researchers are developing AI-powered articulators to improve speech recognition software.
The accuracy of the articulator is essential for creating well-fitting crowns.
The articulator allowed the technician to create a functional and aesthetic restoration.
The articulator allowed the technician to create a restoration that met the patient's specific needs.
The articulator allowed the technician to create a restoration that was both functional and aesthetically pleasing.
The articulator allowed the technician to create a restoration that was comfortable for the patient.
The articulator allowed the technician to create a restoration that was durable and long-lasting.
The articulator allowed the technician to create a restoration that was easy to clean and maintain.
The articulator allowed the technician to create a restoration that was indistinguishable from natural teeth.
The articulator allowed the technician to create a restoration with proper occlusal contacts.
The articulator in the speech synthesizer produced surprisingly natural-sounding vowels.
The articulator is a fundamental tool in the field of prosthodontics.
The articulator is a vital tool for diagnosing and treating speech impediments.
The articulator played a crucial role in the creation of the removable partial denture.
The articulator played a key role in the development of speech recognition technology.
The articulator, a silent witness, held the key to a perfect dental restoration.
The articulator, be it tongue or lip, shapes the raw sound into meaningful language.
The articulator's ability to reproduce mandibular movements is crucial for dental restorations.
The articulator's design allows for the simulation of various occlusal schemes.
The articulator's design has evolved over the years to improve accuracy and functionality.
The articulator's movement was recorded using electromagnetic articulography.
The articulator's movements were analyzed to identify patterns of speech articulation.
The articulator's movements were recorded using motion capture technology.
The articulator's movements were synchronized with the patient's jaw movements.
The articulator's position was carefully recorded to ensure accurate replication of the patient's bite.
The articulator's precision allows for the creation of highly realistic dental models.
The articulator's purpose is to mimic the movement of the human mandible.
The articulator's role in speech production varies depending on the language spoken.
The biomechanical model of the articulator helped engineers design a more effective hearing aid.
The child with cerebral palsy struggled to coordinate the movements of her articulator.
The complex interaction of articulators creates the nuances of human speech.
The computer program modeled the movement of each individual articulator.
The dental technician secured the plaster casts onto the articulator.
The dentist adjusted the condylar inclination of the articulator to match the patient's jaw movements.
The dentist carefully adjusted the articulator to mimic the patient's jaw movements.
The dentist checked the occlusion of the model mounted on the articulator.
The dentist checked the vertical dimension of the model on the articulator.
The dentist explained how the articulator helped in planning complex dental procedures.
The dentist used a facebow to accurately transfer the patient's jaw position to the articulator.
The dentist used a semi-adjustable articulator for routine denture fabrication.
The dentist used an adjustable articulator to account for complex jaw movements.
The dentist used an articulator to create a bite splint.
The dentist used an articulator to evaluate the fit of the crown.
The dentist used an articulator to evaluate the patient's bite.
The dentist used an articulator to evaluate the patient's occlusion.
The dentist used an articulator to evaluate the patient's TMJ.
The dentist used an articulator to evaluate the stability of the denture.
The dentist used an articulator to fabricate a custom tray.
The dentist used an articulator to fabricate a diagnostic wax-up.
The dentist used an articulator to fabricate a provisional restoration.
The dentist used an articulator to fabricate a study model.
The dentist used an articulator to fabricate a surgical guide.
The dentist used an articulator to plan the implant placement.
The development of the human articulator is a complex process.
The engineer developed a new type of articulator for testing dental materials.
The linguist studied the movements of the vocal tract, identifying each major articulator.
The machine mimicked the human articulator to create artificial speech.
The patient's facial paralysis affected the function of his facial articulator.
The patient's impaired articulator made it difficult for him to be understood.
The patient's stroke affected his ability to control his tongue, an important articulator.
The phonetician carefully analyzed the spectrogram to understand the articulator's movements.
The precise setting of the articulator ensured accurate bite registration.
The professor demonstrated the use of the articulator in a dental anatomy lecture.
The prosthetic lab assistant meticulously cleaned the articulator after each case.
The prosthetic technician carefully positioned the teeth on the articulator.
The rehabilitation program focused on strengthening the weakened articulator muscles.
The research focused on improving the accuracy of the virtual articulator.
The research team investigated the correlation between articulator movement and speech intelligibility.
The robotic arm served as an articulator, crafting delicate dental appliances.
The singer trained to control every articulator for perfect enunciation.
The soft palate, a key articulator, controls airflow through the nasal cavity.
The software allows users to visualize the articulator in three dimensions.
The software simulated the different positions of the articulator during speech.
The speech pathologist used visual feedback to help the child control her articulator.
The speech scientist used sophisticated imaging techniques to study the articulator.
The speech therapist used an articulator to teach the child correct pronunciation of difficult sounds.
The student practiced manipulating the articulator to create different vowel sounds.
The study compared the accuracy of different articulator mounting techniques.
The study compared the accuracy of different types of articulators.
The study compared the accuracy of the physical articulator with a virtual articulator.
The study examined the effect of aging on the performance of the articulator.
The study explored the impact of different languages on articulator placement.
The study focused on the development of a more affordable articulator.
The study focused on the development of a more efficient articulator.
The study focused on the development of a more realistic articulator.
The study focused on the development of a more versatile articulator.
The study investigated the effects of different articulator lubricants on movement.
The study investigated the effects of different articulator settings on occlusal forces.
The study investigated the effects of different materials on articulator wear.
The study investigated the relationship between articulator movement and muscle activity.
The study investigated the relationship between articulator movement and speech articulation.
The study investigated the relationship between articulator movement and temporomandibular joint pain.
This advanced articulator can simulate various temporomandibular joint disorders.
This sophisticated articulator allows for precise replication of mandibular movements.
Understanding how the articulator affects speech is crucial for phonetics research.