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DLP3D Printing High-Precision Low Shrink Scratch-Resistant Orange Restoration Model Resin

Product Details

Place of Origin: China

Brand Name: Zhongchuang

Certification: ASTM D638,ASTM D790,ASTM D256,ASTM D2204

Model Number: DJ02

Payment & Shipping Terms

Minimum Order Quantity: 1 bottles

Price: Negotiatial

Packaging Details: 1kg packaging size: 100*100*220mm 10kg packaging size: 500*210*260mm

Delivery Time: 5-8 Days

Payment Terms: T/T, , L/C, Western Union, MoneyGram

Supply Ability: 100000kg by month

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Specifications
Highlight:

repair type model resin

,

repair type model resins

,

repair type model resins

Color:
Orange
Packaging:
1kg/bottle
Applicable Equipment:
405nm Band DLP And LCD Three -dimensional Printer
Dental:
For Repairing Models
Material:
UV Resin
Hardness(Shore ):
76D
Bending Strength (Mpa):
75-82
Color:
Orange
Packaging:
1kg/bottle
Applicable Equipment:
405nm Band DLP And LCD Three -dimensional Printer
Dental:
For Repairing Models
Material:
UV Resin
Hardness(Shore ):
76D
Bending Strength (Mpa):
75-82
Description
DLP3D Printing High-Precision Low Shrink Scratch-Resistant Orange Restoration Model Resin
DLP3D Printing High-Precision Low Shrink Scratch-Resistant Orange Restoration Model Resin
Product Specifications
Attribute Value
Color Orange
Packaging 1kg/bottle
Applicable equipment 405nm band DLP and LCD three-dimensional printer
Dental Application For repairing models
Material UV Resin
Hardness (Shore) 76D
Bending strength (Mpa) 75-82
Technical Parameters
Parameter Test Standards Unit Result
Shore ASTM D2240 Shore D 76
Bending strength ASTM D790 Mpa 75-82
Bending modulus ASTM D790 Mpa 2050-2215
Notch impact strength ASTM D256 Mpa 36-41.5
Breaking elongation rate ASTM D638 % 7-9
Water absorption rate ASTM D570 % 0.7-0.95
Hot deformation temperature / <75
Product Description

This high-precision dental model resin provides accurate dental models for dentists and patients, serving as an indispensable tool for precision treatment. The dental model resin ensures consistency between the model and the original tooth, helping doctors develop optimal treatment plans.

Key Features
  • Rapid Formation: Exceptionally fast forming speed enables quick and efficient dental model repairs, minimizing downtime and increasing productivity.
  • Versatile Application: Suitable for crown and bridge models, implant replicas, and orthodontic appliances, offering flexibility in dental workflows.
  • Enhanced Compatibility: Seamless integration with various dental materials ensures efficient repairs and consistent results.
  • Superior Stability: Maintains properties over time for consistent performance and reliable results, even with prolonged storage.
Applications
  • Minor Crack and Chip Repair: Precisely fixes small imperfections on dental models while maintaining accuracy.
  • Custom Base Creation: Provides stable foundations for dental models during demonstrations or consultations.
  • Anatomical Detail Restoration: Recreates missing features like frenulums or gingival tissues for complete representation.
  • Functional Device Prototyping: Enables testing and refinement of bite splints or retainers before final production.
Frequently Asked Questions
1. What is the average curing time for dental model resin during the repair process?
The curing time varies depending on resin type and curing method, typically ranging from a few minutes to about an hour due to the fast forming speeds.
2. How does the surface hardness affect the longevity of repairs?
The high surface hardness (76D) ensures durability and wear resistance, contributing to long-lasting repairs that withstand daily use.
3. What post-treatment procedures are required after repairs?
Minimal post-treatment is needed, possibly including rinsing with water or applying a surface finish, due to the resin's short post-treatment time.
4. How does stable performance impact repair quality?
Consistent viscosity and curing behavior ensure reliable, precise repairs with minimal defects or inconsistencies.
5. What factors should be considered when selecting this resin?
Key considerations include forming speed, surface hardness, post-treatment time, performance stability, equipment compatibility, and biocompatibility.
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