Planting Model Resin

UV Resin product introduction
May 28, 2024
Category Connection: Planting Model Resin
Brief: Follow along for a hands-on demonstration that highlights performance points of our transparent dental model resin. Watch as we showcase its crystal clear clarity for precise visualization and accurate diagnostics in creating high-detail dental planting models.
Related Product Features:
  • Crystal clear clarity enables precise visualization and accurate diagnostics for dental models.
  • High dimensional stability minimizes shrinkage and ensures accurate fitting of dental anatomy.
  • Exceptional detail reproduction creates lifelike models with exquisite surface texture and definition.
  • Biocompatible formulation is safe for intraoral use and compatible with dental appliances.
  • Low odor and minimal irritation improve patient comfort during clinical use.
  • Excellent adhesion to model bases ensures stability during printing and post-processing.
  • High hardness rating of Shore D 80 provides durable and reliable model performance.
  • Compatible with high-precision DLP and LCD printers for versatile dental applications.
FAQs:
  • What types of dental applications is this transparent model resin suitable for?
    This resin is ideal for precision planting models, including clear aligner models for orthodontics, bite registration models for prosthodontics, mock-ups for smile design, temporary restoration models, and dental appliances for sleep apnea treatment.
  • What are the key mechanical properties of this dental model resin?
    The resin features high hardness (Shore D 80), bending strength of 80-90 Mpa, bending modulus of 2050-2315 Mpa, notch impact strength of 36-41.5 Mpa, and breaking elongation rate of 7-10%, ensuring durable and precise dental models.
  • Which 3D printing equipment is compatible with this dental model resin?
    This transparent dental model resin is specifically formulated for use with high-precision DLP printers and LCD printers, ensuring optimal performance and detail reproduction in dental model fabrication.
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