This specialized Dental Model is designed to provide a realistic simulation for practicing immediate implant placement after tooth extraction. With extracted tooth sockets for tooth numbers 22, 24, 11, and 17, this model features unhealed extraction sites, offering a highly detailed and lifelike platform for implant training. The soft gingiva further enhances the hands-on experience by replicating the texture and flexibility of natural gums.

This specialized dental model is designed for practicing implant placement and sinus lift procedures, offering an incredibly realistic simulation of clinical scenarios. Ideal for advanced dental training, it features a partially edentulous upper jaw with elastic gingiva, allowing for flexible and lifelike handling during procedures.

Key Features:

Partially Edentulous Upper Jaw: Designed to replicate common clinical conditions, the model includes missing teeth in the upper arch, providing an authentic setting for implant placement.

Elastic Gingiva: Soft, flexible gums that mimic real tissue, making it easier to simulate the insertion of implants and sinus lift techniques.

Schneiderian Membrane Layer: A detailed layer simulates the Schneiderian membrane (the sinus membrane), offering a true-to-life experience for sinus lift procedures.

Sinus Septa: Anatomically accurate sinus septa are incorporated, allowing practitioners to familiarize themselves with this complex structure and improve their technique for sinus augmentation.

Buccal Wall Defect: The model features a buccal wall defect on the left central tooth area, providing an ideal setup for practicing sinus lift procedures and refining surgical skills related to bone grafting and sinus membrane handling.

This model serves as an excellent tool for dental professionals aiming to improve their skills in implantology and sinus lift surgery, ensuring they are prepared for real-world clinical challenges.

This versatile dental model is designed specifically for practicing direct and indirect restorations in the anterior dentition. Featuring a shortened dental arch, the model is perfect for simulating real-life clinical scenarios involving restorative procedures on the front teeth. The elastic gingiva mimics natural gum tissue, providing a realistic soft tissue experience without sticking to the A-silicone material, enhancing the overall training process.

Key Features:

Shortened Dental Arch: The model features a shortened dental arch, focusing on the anterior dentition and allowing for more concentrated practice in the front teeth, ideal for practicing restorative procedures in this area.

Elastic Gingiva: The elastic gingiva mimics real gum tissue, offering a lifelike simulation of soft tissue handling during restorations. It is designed to not stick to the A-silicone material, ensuring smooth operation when working with impression materials or restorative compounds.

Replaceable Teeth Elements: The model includes six replaceable teeth that are securely fixed with screws, providing flexibility for various practice scenarios and allowing for the replacement of individual teeth as needed. Ideal for Direct and Indirect Restorations: Whether practicing direct restorations (e.g., fillings, composites) or indirect restorations (e.g., crowns, bridges), this model offers the perfect environment for learning both techniques in anterior dental work.

This model is an excellent training tool for dental professionals and students focusing on anterior restorations, including both direct and indirect procedures. Its realistic design and replaceable components make it a valuable resource for hands-on learning and skill development.

This endo teeth model features a highly detailed upper first molar (tooth no. 16) with colored root canals, designed to facilitate practice and study of endodontic procedures. With its realistic canal system and anatomical accuracy, this model is perfect for dental professionals and students to refine their skills in root canal treatments, apex locators, and irrigation techniques.

The Dental Model allows for realistic practice and demonstration of teeth extraction techniques, providing detailed insight into both upper and lower jaws. This model is perfect for learning, teaching, and refining dental procedures involving tooth extractions, malocclusions, and various dental treatments.
Key Features:
 The model features both upper and lower jaws with a simulated malocclusion, helping users practice extraction techniques and understand the complexities of tooth removal in misaligned bite scenarios. Ideal for learning how malocclusions impact extraction procedures.
Each individual tooth on the model is designed to be easily removed, allowing for realistic extractions. This feature supports hands-on practice for various extraction methods, including the removal of molars, incisors, and premolars.
 The gums are made from a translucent material, offering excellent visibility of the root structures and surrounding tissues. This feature helps students and professionals clearly see how teeth are anchored in the jaw and observe the surrounding anatomy during practice.

Delivery 2 -4weeks

This advanced dental model is designed for in-depth study and hands-on practice of implant placement and sinus liftprocedures. It features a range of realistic anatomical features, making it ideal for training in complex scenarios such as extractions, bone grafting, and sinus membrane handling. The model is specifically designed to simulate both normal and challenging anatomical conditions, ensuring comprehensive practice for dental professionals.
Key Features:
Upper Jaw Structure: The model includes a fully detailed upper jaw with realistic anatomical features, offering a versatile training platform for various dental procedures.
Double-Layer Elastic Gingiva: The double-layer elastic gingiva mimics real gum tissue, providing a lifelike simulation of soft tissue handling during procedures like implant placement and extractions.
Central Incisor Extraction: The central incisors are designed for easy extraction, incorporating buccal wall defects to replicate more complex clinical scenarios and enhance the realism of extractions.
First Molar in the Second Quadrant (Extractable): The first molar in the second quadrant is easily extractable and features buccal defects on the buccal roots, providing a valuable training opportunity for complex extractions and root management.
Schneiderian Membrane Simulation: The model includes a Schneiderian membrane layer within the second quadrant, offering an accurate representation for practicing sinus lift procedures, including membrane handling and sinus augmentation techniques.
Maxillary Tuberosities: The maxillary tuberosities are crafted to simulate both cortical and cancellous bone layers, offering a comprehensive, realistic environment for practicing bone grafting, sinus lift, and implant placement procedures.

Delivery time 2 weeks

Model for immediate implant placement with cancellous bone structure

This highly detailed dental model is specifically designed for training in immediate implant placement procedures. It features a partially edentulous upper jaw with elastic gingiva, closely replicating real-life clinical scenarios to help dental professionals refine their skills in implantology and related surgical techniques.

Key Features:

Partially Edentulous Upper Jaw: The model represents a partially edentulous upper jaw, perfect for practicing immediate implant placements in areas with varying bone structures.

Elastic Gingiva: The elastic gingiva mimics the softness and flexibility of real gum tissue, offering a realistic simulation for handling soft tissue during procedures.

Extractable Right Central Incisor and First Upper Molar: Both the right central incisor and right first upper molar can be easily extracted, providing an authentic experience of immediate implant placement in these areas. The surrounding bone is designed to imitate a cancellous bone structure, ideal for practicing implant insertion techniques where bone density is a consideration.

Left Central Incisor with Buccal Wall Defect: The left central incisor features a buccal wall defect, adding complexity to the training model. This realistic defect allows for the practice of implant placement in areas with compromised bone structure.

Schneiderian Membrane Simulation: The sinus area in the first quadrant incorporates a Schneiderian membrane simulation, making this model ideal for practicing sinus lift and implant placement in conjunction with sinus membrane handling.

This model is an excellent choice for dental professionals and students aiming to master immediate implant placement, sinus lifts, and extraction-based implant procedures. Its accurate representation of cancellous bone structure and realistic defects ensures a comprehensive training experience.

Dental Typodont Teeth for Navadha ZX jaw set.

Dental typodonts are used for practicing the skill of dentistry. Typodont teeth models help dentist to have a better understanding of tooth preparation, anatomical features of a tooth before performing the same in patients.

This detailed pedodontic mixed dentition model is designed specifically for practicing and studying pediatric dental procedures. Featuring both upper and lower jaw designs, it replicates the mixed dentition stage, where both primary (baby) and permanent teeth are present. This model is ideal for training in pedodontics, offering a realistic and functional setup for various dental exercises.

Key Features:

Pedodontic Upper and Lower Jaw Design: The model includes both upper and lower jaws, specifically designed to replicate the mixed dentition stage, where a combination of primary and permanent teeth is found.

Replaceable Teeth Elements: The model includes 24 replaceable teeth with natural shape, securely fixed with screws for easy replacement and extended use. The teeth are designed to simulate real pediatric dentition, providing a realistic training experience.

Elastic Gingiva: The elastic gingiva enhances the model's realism, providing soft tissue that mimics real gum tissue, making it ideal for practicing soft tissue management during pediatric procedures.

Enhanced Functionality: The secure and replaceable teeth elements make this model versatile for practicing restorations, fillings, extractions, and other pediatric dental procedures.

This model is an excellent tool for dental professionals and students focusing on pedodontics and the mixed dentition phase. Its high level of anatomical accuracy and replaceable components ensure a comprehensive and realistic training experience.

Dental Anaesthetic Practice Jaw

Model for anesthesia practice. It consists of jaw and a mandible with a suitable electric circuit with 12V battery with 2 LED ( red and green). So as to enable a green light signal to light up with correct injection and red light with wrong stance injection.

3-4 weeks to ship.

Radio-opaque X-Ray Dental Model

Ideal for X-ray training for both digital X-ray sensor and X-ray films with better xray images and clearer Root Canals

Jaw model has enough space for digital X-ray sensor. Magnetic disconnect to mount on all Navadha Manikins.

Parallelepiped for endodontic practice

Set of 3 parallelepiped for endodontic  practice. Inside of canal there is special soft wax.

3-4 weeks to ship.

Transparent parallelepiped with double apex curvature

Transparent parallelepiped for endodontic practice with double apex curvature.

3-4 weeks to ship.

Parallelepiped with apex curvature

Transparent parallelepiped for endodontic practice with apex curvature. 

3-4 weeks to ship.