ASTM D638 ASTM D790 Dental 3d Printing Yellow Resin Photosensitive Resin

Orange Yellow Planting Photosensitive Resin

Planting Model Photosensitive Resin

Specification

Description

Representing the pinnacle of dental prototyping materials, planting model photosensitive resin is an ultra-hard and durable light-curing substance crafted for optimal performance in 405nm wavelength DLP and LCD devices. This material is specifically designed for the production of complex dental molds, offering a flawlessly smooth printing surface and extended product lifespan.

Product features:

• High Precision and Low Shrinkage:Achieve unparalleled precision in your 3D prints with planting model photosensitive resin. Its low shrinkage ensures that intricate details are faithfully reproduced, allowing for the creation of highly accurate and finely detailed models
• Ultra-Smooth Printing Surface:Benefit from an ultra-smooth printing surface, enhancing the overall aesthetics of your 3D prints. The resin's composition minimizes surface irregularities, resulting in professional-looking models with a polished finish.
• Minimal Post-Processing Requirements:Simplify your workflow with planting model photosensitive resin, which requires minimal post-processing. The prints come out with a high level of detail and smoothness, reducing the time and effort needed for finishing touches.
• Low Odor Formulation:Enjoy a user-friendly experience with the low odor formulation of this resin. Reduced odor during the printing process makes it more comfortable for users, particularly in enclosed spaces or settings where ventilation may be a consideration.

Application 

• Dental Models:Photosensitive resin is extensively used in dentistry for creating highly accurate dental models, crowns, bridges, and other dental prosthetics with intricate details.
• Consumer Products Prototyping:Product designers use photosensitive resin to create prototypes of consumer products, facilitating the testing and refinement of designs before mass production
• Educational Models:Photosensitive resin is employed in educational settings to produce detailed models for biology, anatomy, and other subjects, enhancing hands-on learning experiences.
• Fashion Accessories Prototyping:Designers in the fashion industry use photosensitive resin for prototyping accessories such as buttons, buckles, and intricate embellishments, ensuring precision in the design process.

FAQ

Q: What is model resin used for?

A: Model resin is primarily used in 3D printing applications to create detailed and precise models for various purposes. It is commonly employed in fields such as product design, engineering, and architecture to produce prototypes, visual aids, and concept models.
Q: What is the curing process for model resin?

A: Model resin typically undergoes a curing process through exposure to ultraviolet (UV) light. This light initiates a photochemical reaction in the resin, causing it to solidify layer by layer during the 3D printing process. Post-printing, additional curing may be required to ensure the model reaches its maximum strength and stability.
Q: Can model resin be used for functional prototypes?

A: Yes, model resin is suitable for creating functional prototypes in certain applications. While it may not possess the mechanical properties of engineering resins, it can still be used for prototyping components that don't require specific strength or durability. Users should consider the intended purpose and requirements of the prototype before choosing the appropriate resin.
Q: What are the advantages of using model resin in 3D printing?

A: Model resin offers several advantages, including high precision in detail reproduction, smooth surface finishes, and the ability to create complex geometries. It is also known for its ease of use in 3D printing, making it a popular choice for rapid prototyping and design iterations.
Q: Is model resin compatible with all types of 3D printers?

A: Model resin is designed to be compatible with specific types of 3D printers, particularly those that use stereolithography (SLA) or digital light processing (DLP) technologies. It's important to check the resin's compatibility with your specific 3D printer model, as different printers may require resins with varying curing and viscosity properties.