TopCore Model PRO 3D Printing Resin
TopCore Model PRO is a high-precision dental 3D printing resin for the fabrication of accurate dental models.
The material provides excellent dimensional stability and high surface detail, enabling reliable reproduction of anatomical structures required for dental laboratory and clinical applications.
TopCore Model PRO is designed for consistent and predictable printing results. Its optimized formulation ensures smooth model surfaces and high accuracy, supporting efficient and precise model fabrication.
The material is suitable for a wide range of dental applications, including diagnostic and laboratory working models.
Key Features
- High dimensional accuracy
- Smooth surface quality
- Reliable reproduction of fine details
- Consistent and predictable printing performance
- Suitable for dental laboratory applications
Applications
- Dental models
- Diagnostic models
- Laboratory working models
Technical Specifications
- Printer compatibility: Compatible with Asiga and other professional 3D printers
- Printing wavelength: 385 nm
Recommended 3D Printers
For optimal performance and reliable orthodontic appliance production, this resin is best used with professional DLP 3D printing systems from Asiga. These printers are fully compatible with 385 nm materials and are widely used in dental laboratories and clinical environments for accurate and repeatable production.
For seamless integration into your workflow, consider the following compatible systems:
Asiga Ultra – a high-precision dental 3D printer with customizable 32 or 50 micron resolution for flexible and detailed printing across various applications.
Asiga Max 2 – a high-precision dental 3D printer designed for consistent model production.
Asiga Max X – an advanced solution offering enhanced productivity and accuracy for demanding workflows.
Asiga PRO 4K – a powerful system with a larger build volume for efficient batch production.
Using validated printer and material combinations ensures optimal print quality, dimensional accuracy, and long-term reliability in dental applications.