Custom Tray Resin – 807S
Product Overview
This biocompatible polymer resin is used for 3D printing dental models. It possesses mechanical properties suitable for dental jaw lining applications, exhibits thermal shape memory, and can soften at 45°C, making it easy to remove and wear. It is also safe and non-toxic.
Directly print impression trays and surgical guides for implants, dentures, crowns, bridges, and other complex dental cases. It offers excellent dimensional accuracy and stability, high wear resistance, high toughness, and impact strength, making it easy to clean. Digitally manufactured impression trays provide consistent and accurate impressions for high-quality dental practice. As a Class II medical device material, complete impression trays can be quickly printed at a layer height of 200 microns, reducing labor time and increasing production throughput.
Customized tray denture photosensitive resin material:
Product Name: 3D Printing Hard Jaw Pad Dental Resin (Biocompatible Resin)
Model: 807S
Color: Multiple colors (customizable)
Packaging: 500g/1000g bottles
Compatible Printers: DLP reflective light (high light intensity) and LCD transmissive light (low light intensity)
Compatibility: Desktop photosensitive resin LED light source wavelength 385nm-405nm
Material Features:
01 Low Shrinkage
Designed to minimize volume shrinkage, ensuring dimensional stability of printed models.
02 High Wear Resistance
807S has a hardness of 88D, offering excellent hardness and high wear resistance, high impact strength, and is suitable for direct tapping.
03 High Temperature Resistance
The cured model is heat-resistant, making it easy for dentists to sterilize and disinfect at high temperatures.
04 Smooth Surface
The cured model has a smooth surface, making it easy to prepare and clean.
05 Low Odor
This product uses raw materials imported from Europe, America, Japan, and South Korea. It has low odor and low taste irritation and can be used for temporary crowns.
Applications:
Suitable for 3D printing bite pads and night bruxism pads. Examples include the production of positionable bite splints, bilateral bite splints, and other jaw pads used to stabilize intraoral occlusal relationships, as well as Halley retainers and flat guides.
Physical Parameters:
Test Item Test Results
Viscosity 280-380 cps @ 25°C
Critical Exposure Energy 8.1-9.0 mJ/cm²
Elongation at Break 2-4%
Tensile Strength (MPa) 74
Notched Impact Strength 22 J/m
Tensile Modulus (MPa) 2900
Flexural Modulus (MPa) 2700
Flexural Strength (MPa) 89
Shore Hardness 88D
Note:
The above values may vary depending on part geometry, print settings, temperature, and post-curing. Therefore, users must test the product before use to ensure it meets their end-use requirements. The above values are typical and do not constitute binding material specifications or guarantees unless expressly agreed to in writing. The final results will depend on the user’s actual usage. This table is for reference only.
Application Examples:
