Zhongchuang Medical Group Co., Ltd, |
Verified Suppliers
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Biocompatible Surgical Resin For Accurate Dental Implant Placement
Specification
Test Item | Unit | Value |
Hardness | Shore D | 50 |
Bending strength | Mpa | >65 |
Breaking elongation rate | % | >2500 |
Notch impact strength | Mpa | >10 |
Hot deformation temperature | ℃ | 45.2-52.1 |
Bending modulus | Mpa | 54-59 |
Water absorption rate | ug/mm³ | <75 |
Test standards:ASTM D638,ASTM D790,ASTM D256,ASTM D2204 |
Description
Planting Guide Resin represents the forefront of biocompatible
materials designed for surgical precision. With its unique
formulation, it ensures optimal performance under high temperatures
and rigorous sterilization methods, setting a new standard for
safety and efficacy in dental procedures.
Product features:
Application
FAQ
Q: What is Planting Guide Resin used for?
A: Planting Guide Resin is primarily used in dentistry for
fabricating surgical guides used in dental implant procedures. It
assists in precise implant placement by providing a guide for the
surgeon.
Q: Is Planting Guide Resin safe for use in dental surgeries?
A: Yes, Planting Guide Resin is biocompatible and specifically
designed for dental applications. It undergoes rigorous testing to
ensure safety and efficacy in surgical procedures.
Q: What are the key characteristics of Planting Guide Resin?
A: Planting Guide Resin boasts good mechanical performance,
transparency, strong material compatibility, and it is MMA-free and
odorless. These properties make it suitable for surgical
applications in dentistry.
Q: Can Planting Guide Resin be used with digital dental
technologies?
A: Yes, Planting Guide Resin is compatible with digital workflows
commonly used in dentistry, such as CAD/CAM systems. It allows for
efficient design and fabrication of surgical guides for precise
implant placement.
Q: How is Planting Guide Resin cured?
A: Planting Guide Resin is cured using light-curing devices,
typically those operating within the 405nm wavelength band. This
allows for efficient and precise curing of the resin, ensuring
optimal performance in dental surgeries.