Planting Model 3d Dental Resin High Precision Shore D80 Photosensitive Resin

Step into the future of dental 3D printing with planting model photosensitive resin, a state-of-the-art material compatible with DLP and LCD devices in the 405nm wavelength range. Its ultra-refined composition ensures the production of highly complex dental molds with a flawlessly smooth printing surface, showcasing unparalleled durability over time.

• 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.
• Broad Compatibility with 405nm Devices: Designed to work seamlessly with DLP and LCD devices operating in the 405nm wavelength range, this resin offers broad compatibility. This ensures flexibility in choosing 3D printers while maintaining consistent and reliable printing results.
• Chemical Resistance: Enhance the versatility of your 3D prints with planting model photosensitive resin's resistance to various chemicals. This feature makes the resin suitable for applications where exposure to different substances is anticipated, adding to the durability of the printed models.

• Dental Models: Photosensitive resin is extensively used in dentistry for creating highly accurate dental models, crowns, bridges, and other dental prosthetics with intricate details.
• Jewelry Prototyping: Jewelry designers utilize photosensitive resin for rapid prototyping of intricate and detailed jewelry designs, allowing for the production of precise and customizable pieces.
• Microfluidic Devices: In microfluidics, photosensitive resin is used to manufacture intricate devices for precise control and manipulation of small volumes of fluids.
• 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.