SUM3D Dental

Designed for high performance.

Developed specifically for dental applications.

Continuously updated in cooperation with milling centers.

Forms the core technology for advanced operations in MillBox.

Flexible and not tied to specific hardware or material suppliers.

Adaptable to various needs and workflows.

Delivers quick results.

Offers good value for its capabilities.

Manages undercuts on 3, 4, or 5 axes machines automatically.

Automatically identifies and machines abutment hexagons and internal/external edges.

Fully handles implant bridges.

Simplifies the drilling process.

Provides total collision check and verification for the entire machine.

Reduces stock thickness.

Further optimizes and reduces stock thickness.

For specific dental structures.

Ensures precise machining.

For advanced drilling operations.

For large zirconium arches.

When importing jobs.

Computing strategies include collision checks on tools and components.

For evaluating generated paths.

Helps avoid vibrations and improve surface quality.

Can work on multiple models simultaneously to optimize times.

Imports from any open system.

Allows real-time visualization and measurement.

Handles material shrinkage.

Improves viewing performance for complex models.

Create stock of any shape and material.

With automatic scale factor and shrinkage ratio adaptation.

Efficient material handling.

Optimizes material consumption.

Allows fine positioning and pre-cut.

For post-milling processes.

On border collars.

Lets users create their own stock library with custom shapes, materials, and machine settings.

Versatile data input.

For organization and management.

Manages job-related information, checking processes and efficiency.

Sort by customer, date, etc.

For abutments and implant interfaces.

Quick adjustments.

Adds flexibility.

For large zirconium arches, with automatic positioning and shape.

Shows number of tool changes, piece flips, and associated times.

Specific machining strategy for cavities based on start, end, and increment parameters.

Defines machining sequence for different parts of a job.

Supports Zirconium, Titanium, Chrome Cobalt, and other materials.

Streamlined workflow.

Simplifies setup.

Automates complex tasks.

For defining milling.

Automated hole management.

Flexible deployment.

User can block or modify parameters based on experience.

Supports all shapes of tools, supports, and spindles.

Prevents damage.

From 3 to 5 axes.