Grammetry ArchBridge™

The Grammetry ArchBridge represents a significant advancement in full-arch digital workflows, offering practitioners an innovative alternative to traditional photogrammetry that utilizes your existing intraoral scanner equipment.

This scan body system consists of ten autoclavable, reusable scan bodies—each featuring unique geometries designed to eliminate scanner confusion while enabling seamless cross-arch capture from terminal to terminal implants.

By combining the proven accuracy of Grammetry protocols with direct-to-multi-unit abutment restoration capabilities, ArchBridge streamlines full-arch cases from the traditional seven to eight visits down to just two to three appointments, while providing same-day temporary solutions through our one-hour design service and in-office 3D printing capabilities.

Whether you're performing day-of-surgery workflows or managing existing restorative cases, the ArchBridge system accommodates various clinical scenarios through multiple fiducial protocols and offers two distinct finalization pathways—our patented iJIG verification system for analog passivity confirmation or direct Graphenano milling for fully digital workflows—making advanced implant workflows both accessible and cost-effective for practices of all volumes.

Clinical Benefits of the Grammetry ArchBridge System

Equipment & Investment Benefits

No additional equipment required - utilizes existing intraoral scanner technology
Eliminates photogrammetry camera investment - avoiding thousands of dollars in specialized equipment costs
Reusable titanium construction - autoclavable scan bodies provide long-term value across multiple patients

Workflow Efficiency Benefits

One-hour design turnaround - rapid prosthesis design enables same-day delivery
Fast in-office printing - 12-minute full-arch printing capability with compatible 3D printers
Simplified scanning protocol - standardized workflow reduces learning curve and procedural complexity
Elimination of physical impressions - fully digital capture process

Clinical Accuracy Benefits

Unique scan body geometries - nine distinct shapes prevent scanner AI confusion during cross-arch capture
Seamless terminal-to-terminal scanning - eliminates gaps and scanning interruptions between distant implants
Physical passivity verification - iJIG system ensures proper fit before final restoration fabrication
Consistent reproducible results - standardized protocols ensure predictable outcomes across different operators

Patient Care Benefits

Reduced appointment schedule - streamlines full-arch cases from traditional 7-8 visits to 2-3 appointments
Immediate functional restoration - patients leave surgery with working prosthetics
Decreased treatment fatigue - fewer visits reduce patient stress and inconvenience
Enhanced comfort during healing - properly fitted temporaries support tissue healing

Clinical Versatility Benefits

Multiple fiducial protocols - accommodates various clinical scenarios (CombiGuide, partial denture, TAD, teeth reference)
Flexible finalization pathways - choice between iJIG verification system or direct Graphenano milling
Compatible with major implant systems - works with Nobel, Straumann, BioHorizons, Mega'Gen, and other platforms
Adaptable to case complexity - suitable for novice practitioners through advanced surgical cases

Risk Management Benefits

Direct-to-multi-unit philosophy - positions multi-unit screw as designed failure point rather than implant or zirconia
Reduced remake potential - accurate digital capture minimizes adjustment and remake procedures
Simplified emergency management - reusable scan bodies available for urgent cases without ordering delays