Light Curing Dental Beige Dental UV Resin Jaw Movable Dental Mold

Product Specification

Resin parameter performance table for jaw movement model

Mandibular movable tooth mold resin is mainly used to make movable dentures Features:

• High precision: The use of advanced fabrication techniques, such as femtosecond laser scanning technology, ensures that the precision of the dental mold is extremely high, which can perfectly reconstruct the shape of the tooth crown and meet the appearance level of the patient.
• Comfort: This resin material, combined with a metal base, easily fits the upper and lower teeth, mimicking tooth movement and reducing discomfort caused by force differences between the crown and the gum.
• Strong functionality: The resin material has excellent function and compressive performance, which helps to protect the mandible and maintain the normal function of the teeth.
• Low dose: The use of vacuum cast ceramic materials, without a large number of X-ray irradiation, use half a year or even a year will not have dose accumulation, so safe and reliable.
• Durable: Resin movable dentures are not only close to natural teeth in appearance and touch, but also have good wear resistance and can maintain a durable appearance.

Resin characteristics of mandibular movable tooth mold

• Highly simulated: The mandibular movable tooth mold resin can accurately replicate the shape of the patient's mouth to produce a highly simulated denture. This makes the appearance, color, gloss and so on of the denture very close to the natural teeth, providing a good aesthetic effect.
• Good biocompatibility: The materials used for jaw motion dental mold resins usually have excellent biocompatibility and do not produce harmful chemical reactions to the human body. This means that patients will not feel uncomfortable or allergic when wearing dentures, improving the comfort of wearing.
• Excellent physical properties: The tooth mold resin for jaw movement has excellent physical properties, such as wear resistance, pressure resistance, impact resistance. This allows the denture to maintain a stable form and function for a long time and is not easy to deform or damage.
• Personalized customization: Thanks to the use of high-precision manufacturing technology, the jaw mobility dental mold resin can be personalized to the specific situation of each patient. This ensures that the denture is fully adapted to the patient's oral structure, providing optimal adaptability and stability.
• Easy to adjust and repair: dentures made of removable tooth mold resin are relatively easy to adjust and repair when needed. The dentist can easily polish, repair or replace the parts of the denture according to the needs of the patient, extending its service life.

FAQ

Q: What is Opposite Jaw Model Resin used for?
A: Opposite Jaw Model Resin is specially designed for crafting bite pads and night grinding pads used in dentistry to alleviate conditions such as bruxism and temporomandibular joint disorders.

Q: How does Opposite Jaw Model Resin work?
A: Opposite Jaw Model Resin is heated to soften, allowing it to be easily molded to the patient's teeth and gums. Once cooled, it retains its shape, providing a custom fit for comfortable use.

Q: Is Opposite Jaw Model Resin safe for intraoral use?
A: Yes, Opposite Jaw Model Resin is formulated with safe and non-toxic materials, making it suitable for use inside the mouth. It complies with dental standards and is safe for patients.

Q: Can Opposite Jaw Model Resin be used for both temporary and permanent solutions?
A: Yes, Opposite Jaw Model Resin can be used to create both temporary and permanent bite pads and night grinding pads, depending on the patient's needs and treatment plan.

Q: How long does it take to fabricate bite pads or night grinding pads with Opposite Jaw Model Resin?
A: The fabrication process for bite pads or night grinding pads with Opposite Jaw Model Resin typically takes a few hours, including molding, cooling, and post-processing steps, depending on the complexity of the case and the 3D printing technology used.