Advanced 3D Modeling and Design:
The software allows users to create highly detailed and accurate 3D models of dental restorations. It supports the design of crowns, bridges, implants, and other dental appliances based on scanned patient data or digital impressions.

Efficient Milling Path Generation:
SUM3D Dental provides optimized milling strategies to ensure that the cutting paths for dental restorations are efficient, leading to higher precision and reduced material waste during the manufacturing process.

Integration with Dental Scanners:
It integrates with a variety of dental scanners and CAD systems, allowing users to import data from 3D scans or digital impressions for use in the restoration design process.

Support for Multiple Materials:
The software supports a wide range of materials commonly used in dental prosthetics, including ceramics, metals, resins, and composite materials, giving dental labs flexibility in material choice.

Customization for Dental Laboratories:
Designed specifically for dental labs, SUM3D Dental allows for customization based on specific needs, whether it’s for a single-unit restoration or a complete set of prosthetics.

Real-Time Simulation:
It provides real-time simulation of the milling process, allowing users to visualize the result before the restoration is actually produced. This can help identify potential issues or design flaws early on.

Compatibility with CNC Machines:
The software is compatible with various CNC machines and dental milling machines, making it versatile and easy to incorporate into existing workflows in dental labs.

Ease of Use:
Despite the advanced technology, SUM3D Dental is designed to be user-friendly, with a straightforward interface that simplifies the process of dental restoration design and production.

Automatic and Manual Design Options:
Whether you want to take full control over the design or use automated tools to speed up the process, SUM3D offers flexibility for both approaches.


SUM3D Dental is often used by dental technicians and labs that specialize in digital dentistry, streamlining the workflow from the initial patient scan to the final milling of the restoration.