DIGITAL IMPLANT SURGERY
Tooth-supported, mucosa-supported and stackable surgical guide solutions designed from CBCT and intraoral scan data for predictable implant workflows.
GUIDE SOLUTIONS
The guide design is selected according to the edentulous condition, surgical access, support, implant system and the approved restorative and surgical plan.
PARTIALLY DENTATE
A surgical guide supported by the remaining dentition for single or multiple implant placement in partially dentate cases.
EDENTULOUS ARCH
A tissue-supported surgical guide designed for fully edentulous or selected distal-extension cases.
FULL-ARCH SURGERY
A guide designed to seat on exposed bone for selected full-arch or complex surgical procedures.
SEQUENTIAL FULL-ARCH
A coordinated full-arch system that can combine seating, bone reduction, implant placement and provisional positioning components.
PILOTED PLACEMENT
A simplified guide used to establish the initial osteotomy position and angulation while allowing the clinician to complete the remaining sequence freehand.
CASE PLANNING SUPPORT
Contact the laboratory before scanning complex cases when scan strategy, radiographic markers, prosthetic setup or stackable guide requirements need to be coordinated.
FULL-ARCH STACKABLE WORKFLOW
Stackable guide systems are designed as a coordinated set. The exact components depend on the clinical plan, available support, need for bone reduction and immediate provisionalization.
Establishes the indexed position of the system and may be stabilized using teeth, tissue, bone or fixation pins.
Defines the prescribed reduction level when restorative space or bone contour modification is part of the approved plan.
Indexes onto the foundation and guides the planned implant positions, angulations and surgical kit components.
Helps position the immediate provisional restoration relative to the indexed guide system and planned restorative position.
DIGITAL WORKFLOW
Accurate CBCT data, complete surface scans and an approved implant plan are required before guide fabrication.
Send the CBCT DICOM files, intraoral or model scans, prescription and restorative setup when applicable.
The surface scan and CBCT data are aligned and reviewed for registration quality, anatomy and guide support.
Implant positions and guide design are developed according to the prescribed workflow and approved before fabrication.
The guide is printed, finished, inspected and checked for sleeve, support and design requirements before delivery.
REQUIRED CASE DATA
Missing or incomplete data can affect registration, guide support, prosthetic planning and production time. Contact the laboratory before scanning unfamiliar or complex workflows.
Provide the complete DICOM series with adequate field of view, minimal motion and reduced artefact whenever possible.
Submit a complete intraoral scan or accurate model scan of the arch and relevant supporting anatomy.
Include implant system, guide type, surgical kit, sleeve preference, planned sites and any special design instructions.
Provide a diagnostic wax-up, digital setup, existing prosthesis scan or approved tooth position for restorative-driven planning.
SUBMISSION CHECKLIST
Complete case information reduces delays and helps ensure that the guide is designed for the correct surgical kit and clinical workflow.
Send the complete scan series, not screenshots or a viewer-only file.
Include sufficient teeth, tissue or anatomy for reliable alignment.
Required when restorative setup and occlusal space are being evaluated.
Specify the exact guided kit, sleeve and drilling protocol.
Provide tooth numbers, implant dimensions and proposed restoration.
Include the intended tooth position for prosthetically driven cases.
Implant planning can be developed relative to the approved tooth position and proposed final restoration.
Guide sleeves and drill pathways are matched to the prescribed implant system and guided surgical kit.
Guide support, sleeve placement, fixation features and printed surfaces are inspected before delivery.
START YOUR NEXT GUIDE
Send your DICOM and surface scan records, or contact the laboratory before scanning a complex or stackable full-arch case.
