DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

Efficient, flexible and collaborative workflow solutions that will make daily life in your lab easier and more predictable.
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The digitization of clinical information has created an exciting opportunity for collaborative workflows. The right technology can make production predictable, enjoyable, and less stressful.

Dental Wings manufactures innovative and integrated CAD/CAM solutions that improve the quality of dental restorations and increase laboratory efficiency, productivity, as well as profitability.

DESIGN AND PRODUCTION WORKFLOW WITH AN INTRAORAL SCAN

Significantly enhance the quality outcome of a case and achieve a successful restoration in less time.
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Digital impressions can help improve communication between labs and dentists to significantly enhance the quality outcome of a case. When a clinic transmits a digital impression, you get instant access to case details. The real-time exchange allows you to provide the feedback necessary to achieve a successful restoration in less time.

Restoration design and production WORKFLOW using an intraoral scan

RECEIVE an intraoral file from your clinician with the treatment plan. DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

1.

RECEIVE an intraoral file from your clinician with the treatment plan.

DESIGN the restoration in DWOS CAD/CAM. DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

2.

DESIGN the restoration in DWOS CAD/CAM.

Workflow - PRODUCE the restoration with a Straumann® CARES® mill

3.

PRODUCE the restoration with a Straumann® CARES® mill, or another mill integrated in DWOS, or with a third-party mill with an open CAM software.

Workflow - OUTSOURCE production to a Straumann® Centralized Milling Center

4.

Or, OUTSOURCE production to a Straumann® Centralized Milling Center by sending your digital files via DWOS Connect, email or dropbox.

DESIGN AND PRODUCTION WORKFLOW WITH A 3D MODEL OR IMPRESSION

Pairing best-in-class equipment with the latest digital technology to facilitate seamless workflows for the professional lab.
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A comprehensive package of efficient hardware and software solutions dedicated to supporting you in meeting all the challenges of digital dentistry.

Restoration design and production WORKFLOW using a 3D model or impression

RECEIVE a 3D model or impression from your clinician along with the treatment plan

1.

RECEIVE a 3D model or impression from your clinician along with the treatment plan.

SCAN the 3D model with a desktop scanner. DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

2.

SCAN the 3D model with a desktop scanner powered by the integrated DWOS CAD/CAM.

DESIGN the restoration in DWOS per treatment plan specifications.

3.

DESIGN the restoration in DWOS per treatment plan specifications.
PRODUCE the restoration with a Straumann® CARES® mill. DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

4.

PRODUCE the restoration with a Straumann® CARES® mill, or with another mill integrated in DWOS, or with a third-party mill with an open CAM software.

OUTSOURCE to a Straumann® Centralized Milling Center. DIGITAL WORKFLOWS FOR DENTAL LABORATORIES

5.

Or, OUTSOURCE to a Straumann® Centralized Milling Center by sending the digital file via DWOS Connect, by email or dropbox.

IMPLANT PLANNING AND SURGICAL GUIDE DESIGN WORKFLOW

Produce implant-borne prosthetic elements through intuitive CAD/CAM processes.
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A critical link in the synergistic relationship between the dental practice and lab is to work within a collaborative environment in order to provide the best tooth replacement therapy to the patient. An integrated digital workflow enhances the interdisciplinary team approach to maximize treatment outcomes.

Implant planning WORKFLOW and design of the surgical guide

RECEIVE an intraoral file from the clinician

1.

RECEIVE an intraoral file from the clinician.

DESIGN the wax-up in DWOS CAD/CAM

2.

DESIGN the wax-up in DWOS CAD/CAM.

OPEN a DWOS Synergy connection for real-time communication with the clinician.

3.

OPEN a DWOS Synergy connection for real-time communication with the clinician.

4.

coDiagnostiX implant planning software connects and the STL file and DICOM data are matched.

The optimal implant position is determined and the surgical guide designed in coDiagnostiX

5.

The optimal implant position is determined and the surgical guide designed in coDiagnostiX.

DESIGN the temporary restoration / gingiva former in DWOS

6.

DESIGN the temporary restoration / gingiva former in DWOS.

PRINT the surgical guide with a D series 3D printer

7.

PRINT the surgical guide with a D series 3D printer and PRODUCE the temporary restoration / gingiva former.