Product Description:
Features:
- Product Name: Repair Model Resin
- Applicable equipment: Compatible with most SLA, DLP and LCD 3D printers
- Safety precautions: Wear gloves and goggles, Well-ventilated environment, Dispose of waste according to local regulations
- Biocompatibility and safety: Non-toxic and harmless, Compliance with medical standards
- Teaching and patient communication tools: Teaching models, Patient communication
- Fast curing and efficient production: Fast curing speed, Suitable for mass production
Our Repair Model Resin product is an excellent choice for those troubleshooting 3D printing resin. It is also a great dental 3D printing resin option. With its fast curing speed and suitability for mass production, it is perfect for efficient production. Additionally, it is non-toxic and harmless, and complies with medical standards for biocompatibility and safety. Our resin also includes teaching models and patient communication tools. However, please remember to wear gloves and goggles, use it in a well-ventilated environment, and dispose of waste according to local regulations.
Technical Parameters:
| Product Name: |
Dental 3D printing resin for wear resistance, high toughness and long life innovation |
| Product Category: |
Repair Model Resin |
| Teaching and patient communication tools: |
Teaching models, Patient communication |
| Applicable equipment: |
Compatible with most SLA, DLP and LCD 3D printers |
| Excellent mechanical properties: |
High strength and durability, Stable size |
| Biocompatibility and safety: |
Non-toxic and harmless, Compliance with medical standards |
| Fast curing and efficient production: |
Fast curing speed, Suitable for mass production |
| Application field: |
Diagnosis and treatment planning, Teaching and training, Patient Communication |
| Variety and adaptability: |
Multiple color options, Adapt to different printing technologies |
| Color: |
Grey, White, Transparent, etc |
Advances in dental 3D printing resin, Biocompatible dental resin, Advances in dental 3D printing resin
Applications:
The dental model resin can be used for troubleshooting 3D printing and is available in grey, white, transparent, and other colors. The product is compliant with medical standards and is non-toxic and harmless, making it safe for use in dental practices.
The minimum order quantity is one bottle, and the price is negotiable. Payment terms include T/T, L/C, Western Union, and MoneyGram. The supply ability is 100000kg per month, and the delivery time is 5-8 days.
The product is available in two packaging sizes: 1kg packaging size: 100*100*220mm and 10kg packaging size: 500*210*260mm. The dental model resin is certified by ASTM D638, ASTM D790, ASTM D256, and ASTM D2204.
Customers have praised the high printing precision, fast curing speed, and excellent mechanical properties of the dental model resin. The curing wavelength is 405nm.
Support and Services:
Our Repair Model Resin is designed to provide high-quality 3D printing results with excellent accuracy and detail. In the unlikely event that you experience any issues or difficulties with our product, our technical support team is available to assist you with troubleshooting and problem-solving. Our team of experts can provide guidance on optimizing your 3D printing settings, as well as provide advice on how to properly clean and maintain your 3D printer for optimal performance. Additionally, we also offer repair and replacement services for any defective or damaged products, ensuring that you always have access to the best possible 3D printing experience.
Packing and Shipping:
Product Packaging:
The Repair Model Resin product will be carefully packaged in a sturdy box to ensure safe delivery. The box will be filled with protective material to prevent any damage during shipping.
Shipping:
The Repair Model Resin product will be shipped via standard ground shipping. Shipping times may vary depending on your location. We will provide a tracking number so you can keep track of your package.
FAQ:
Q: Improper design of the support structure or the viscosity between the support structure and the model is too strong, resulting in the difficulty of removing the support structure completely, or the failure of the support structure causes the model to deform or collapse.
A:
- Optimize the design of the support structure to ensure that the support is strong enough but easy to remove.
- Use appropriate tools and techniques, such as scissors, chipping knives or mechanical polishing tools, as well as cleaner assisted support removal.
- Consider increasing the density and precision of the support structure to ensure that the support structure can effectively support the model.
Q: The model is distorted or deformed
A:
- The shrinkage rate of the resin is considered during the design phase and the model size is scaled up appropriately to compensate for the shrinkage.
- Ensure that appropriate light curing parameters are used to minimize the effect of resin shrinkage on the model.
Q: Interlayer bonding problem
A:
- Adjust the printer's light curing parameters to ensure adequate bonding between layers.
- Increase the curing time or light intensity appropriately during the printing process to improve the interlayer bonding effect.
Q: Uncured resin in the printing process
A:
- Wash the model thoroughly using the appropriate cleaning solution and the appropriate cleaning time, ensuring that all uncured resin is removed.
- You can consider using ultrasonic cleaning equipment to increase the cleaning effect.
Q:UV curing is uneven
A:
- Use a uniform UV light source or rotation model to ensure even light.
- Adjust UV light intensity and exposure time according to the specific resin type and printer characteristics to ensure that the entire model is fully cured.
Q: Environmental factors
A:
- Print under stable environmental conditions to avoid the impact of temperature and humidity changes on the printing process.
- Use a heated bed or control the print room temperature to stabilize the print environment.
Q: Biocompatibility issues
A:
- Ensure the selection and use of resin materials that meet biocompatibility standards for medical devices.
- Conduct adequate biocompatibility testing and certification before use to ensure the safety of resin materials.
Q: The print parameters are not appropriate
A:
- Ensure that the appropriate printing parameters are selected, including layer thickness, light intensity, exposure time, etc.
- Test and adjust printing parameters to optimize printing results according to the specific printer and resin material.
