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Orthodontic Model Photosensitive Resin High Temperature Resistant

Product Details

Place of Origin: China

Brand Name: Zhongchuang Medical

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

Model Number: DJ04

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:

Orthodontic Model Photosensitive Resin

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Photosensitive Resin High Temperature

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Orthodontic light sensitive resin

Color:
White
Packaging:
1kg/bottle 5kg/bottle
Application:
Orthodontic Models
Compatibility:
Compatible With Most 3D Printers
Hardness:
High
Curing Time:
Fast
Color:
White
Packaging:
1kg/bottle 5kg/bottle
Application:
Orthodontic Models
Compatibility:
Compatible With Most 3D Printers
Hardness:
High
Curing Time:
Fast
Description
Orthodontic Model Photosensitive Resin High Temperature Resistant
Orthodontic Model Photosensitive Resin High Temperature Resistant
Attribute Value
Color White
Packaging 1kg/bottle 5kg/bottle
Application Orthodontic models
Compatibility Compatible with most 3D printers
Hardness High
Curing Time Fast
Product Specifications
Parameter Test Standards Unit Result
Shore ASTM D2240 Shore D 85
Bending strength ASTM D790 Mpa 80-89
Bending modulus ASTM D790 Mpa 1650-1850
Notch impact strength ASTM D256 Mpa 15-20.5
Breaking elongation rate ASTM D638 % 9-11.2
Water absorption rate ASTM D570 % 1.0-1.18
Hot deformation temperature / <110
Product Description

Orthodontic model photosensitive resin is a specialized material for creating precise 3D models of teeth and jaws. These models are essential in orthodontic treatment planning, enabling dentists and orthodontists to visualize patient anatomy and develop customized treatment strategies. The resin cures through ultraviolet light exposure and is available in various colors to match natural teeth.

Key Features
  • High Temperature Resistance: Maintains structural integrity in high-temperature environments, ideal for models requiring disinfection or sterilization.
  • Exceptional Accuracy: Produces highly precise dental models crucial for effective treatment planning and visualization.
  • Superior Durability: Withstands occlusal forces (biting pressure), making it suitable for long-term model use.
Applications
  • Digital Model Replication: Converts digital scans into accurate physical models using 3D printing technologies.
  • Temporary Anchorage Device (TAD) Models: Creates planning models for optimal biomechanical placement during treatment.
  • Orthodontic Research: Facilitates experimental model creation for studying tooth movement and treatment techniques.
Frequently Asked Questions
What is orthodontic model photosensitive resin, and how is it different from traditional dental materials?
Orthodontic model photosensitive resin is a specialized dental material designed for creating precise dental models through photopolymerization. Unlike traditional materials, it undergoes controlled solidification under specific light exposure, allowing for highly accurate and detailed models that are crucial in orthodontic diagnostics and treatment planning.
How is orthodontic model photosensitive resin applied in the orthodontic treatment process?
This resin is used for creating dental impressions, study models, and appliances like retainers and aligners. It facilitates accurate archwire configuration, bracket placement simulations, and assists in planning orthognathic surgeries.
Is orthodontic model photosensitive resin safe for intraoral use?
Yes, the resin is formulated to be biocompatible and safe for intraoral use. It undergoes stringent testing to ensure minimal risk of adverse reactions when used according to professional guidelines.
How does 3D printing compatibility benefit orthodontic practices?
The resin's compatibility with SLA and DLP 3D printing technologies enables direct conversion of digital scans into precise physical models, streamlining workflow and improving efficiency in orthodontic practices.
Can this resin be used for orthodontic research?
Yes, researchers utilize this resin to create experimental models for studying tooth movement, materials testing, and evaluating treatment techniques, making it valuable for advancing orthodontic knowledge.
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