The Deciduous Teeth Model from AGN Enterprises is a detailed dental teaching aid designed to demonstrate the primary dentition of children, commonly known as milk teeth or baby teeth. The model helps students study the arrangement, morphology, and different types of deciduous teeth within the upper and lower dental arches.
It is suitable for dental colleges, medical colleges, nursing institutes, pediatric dentistry departments, dental hygiene programs, schools, oral-health centers, and dental training laboratories.
The Deciduous Teeth Model provides a three-dimensional representation of the primary human dentition.
Depending on the specific model configuration, represented structures may include:
Central Incisors
Lateral Incisors
Canines
First Molars
Second Molars
Upper Dental Arch
Lower Dental Arch
Tooth Crowns
Tooth Roots
The exact size, construction, mounting, articulation, colors, and anatomical details may vary according to the supplied model.
The normal complete primary dentition consists of 20 deciduous teeth, with 10 teeth in the upper jaw and 10 in the lower jaw.
Each quadrant normally contains:
2 Incisors
1 Canine
2 Molars
The model helps students identify each tooth type and understand its position within the primary dental arches.
Primary incisors are located at the front of the dental arches.
They consist of central incisors and lateral incisors and are primarily involved in biting and cutting food.
The model provides a useful three-dimensional reference for studying their shape, position, and relationship with neighboring teeth.
The primary canines are positioned between the lateral incisors and first molars.
Their characteristic pointed crowns contribute to gripping and tearing food.
The model helps learners recognize the morphology and position of deciduous canines within the dental arch.
The primary dentition contains first and second molars in each quadrant.
These teeth have relatively broad occlusal surfaces adapted for crushing and grinding food.
Primary molars are also important in maintaining space and supporting the proper development and eruption of the permanent dentition.
The Deciduous Teeth Model can help demonstrate the arrangement of primary teeth within the maxillary and mandibular dental arches.
Students can observe how incisors, canines, and molars are positioned relative to one another and study their role in developing primary occlusion.
Deciduous teeth form the first set of human teeth and are gradually replaced by permanent teeth during childhood.
Studying primary dentition provides a foundation for understanding:
The model can therefore be used alongside permanent dentition models for comparative teaching.
Primary teeth perform several important functions during childhood.
They contribute to mastication, speech development, facial development, dental-arch integrity, and maintenance of space for permanent teeth.
The model provides a useful visual aid for explaining why maintaining healthy primary teeth is important for developing oral health.
The Deciduous Teeth Model is particularly useful for pediatric dentistry and preventive dental education.
Teachers and dental professionals can use it to explain primary tooth identification, eruption, oral hygiene, dental caries prevention, tooth morphology, and differences between deciduous and permanent dentition.
It can also support visual demonstrations for children and parents.
The model provides students with a three-dimensional approach to studying primary dental anatomy.
Teachers can use it for lessons involving deciduous teeth, primary dentition, incisors, canines, molars, dental arches, pediatric dentistry, tooth development, and oral health.
It supports tooth identification, practical demonstrations, comparative dental anatomy, and examination preparation.
AGN Enterprises supplies dental models, anatomical models, pathological teaching aids, biological models, scientific instruments, and educational laboratory equipment for dental colleges, medical institutions, nursing programs, schools, and professional training centers.
Our educational models provide clear three-dimensional representations for practical dental and medical education.
