Simplex 3D Filament Printer- Wifi

SIMPLEX 3D Filament Printer – WiFi

The SIMPLEX 3D Filament Printer – WiFi is a dental-specific 3D printing system designed to simplify the production of orthodontic models. It enables dental professionals to transition from intraoral scanning to physical model production with an intuitive workflow, even without extensive prior digital manufacturing experience.

The system features pre-installed printing parameters and dedicated SIMPLEX sliceware software to support a streamlined production process. Its workflow is designed to minimize additional post-processing, including chemical treatment and light-curing procedures, for compatible orthodontic models.

With a closed build chamber, lockable door, removable cover, and low operating noise, the SIMPLEX printer is designed for a comfortable and organized working environment. Its compact footprint provides flexible installation options for dental laboratories, orthodontic practices, and clinical workspaces.

Key Advantages

• Simplifies digital production of orthodontic models, even for users with limited digital manufacturing experience.
• Supports a streamlined workflow from intraoral scanning to orthodontic model production.
• Designed to reduce the need for chemical post-processing or additional light-curing for compatible applications.
• Intuitive operation with pre-installed printing parameters and dental-specific software.
• WiFi connectivity for supported wireless workflows.

Product Features

• No harmful vapors during the printing process, as specified by the manufacturer.
• Designed to support sustainable and environmentally conscious 3D printing.
• Low operating noise of ≤ 49 dB.
• Enclosed build chamber for added protection during operation.
• Lockable door and removable cover.
• Dental-specific CE-compliant printing system comprising the SIMPLEX printer, SIMPLEX sliceware, and SIMPLEX filaments.
• Compact design for flexible installation in space-constrained environments.

Technical Specifications

Dental Applications

• Orthodontic model fabrication.
• Digital dental model production from intraoral scan data.
• Dental laboratory digital workflows.
• Orthodontic planning and model-based applications using compatible materials.