We are pleased to announce several major updates to the iPhysio® range, designed to simplify your clinical protocols and offer solutions even better suited to your prosthetic cases.
New Shape E – iPhysio® LYRA ETK®
A new shape specifically designed for maxillary molars is now available in the iPhysio® range:
Key Features
- No need for SSA anymore!
- Optimized for immediate extraction/implantation sites
- Offset screw channel
- Compatible Ø5 embases available
The iPhysio® Shape E is available in different heights and also in a Short version, compatible with all LYRA ETK® Bone Level implants.
New Shapes and Heights – iPhysio® Anthogyr® and Biotech Dental®
The iPhysio® ranges for Anthogyr® and Biotech Dental® are also being expanded to harmonize the iPhysio® offering across all implant connections.
Now available in all 4 shapes (A, B, C and D) with an extended range of 4 heights, ensuring optimal adaptation to gingival profiles and diverse prosthetic needs.
New Compatibilities: iPhysio® Straumann® BLX®
The iPhysio® protocol is now compatible with the Straumann® BLX® – TorcFit™ RB & WB connection.
What this brings to your practice
- Adoption of the iPhysio® protocol for healing, impression and provisional on BLX®
- Availability of the 4 prosthetic shapes A, B, C and D
- Various heights (2–3–4 mm) depending on clinical requirements
iPhysio® TETRA and PLURAL – Coming Soon
To further expand prosthetic possibilities, new iPhysio® profiles dedicated to abutments will soon be available:
To further expand prosthetic possibilities, new iPhysio® profiles dedicated to abutments will soon be available:
- TETRA Rotational
- TETRA Anti-rotational
- PLURAL
Key Points
- iPhysio® protocol now available for your multiple-unit cases
- Extended compatibility on LYRA ETK® platforms
- Heights 2 and 4 offered depending on prosthetic shapes A, B and D
- Matching provisional abutments available
With these new shapes, heights and compatibilities, iPhysio® continues to expand healing and impression solutions without abutment change, enabling a faster, more reliable prosthetic workflow focused on tissue preservation and respect.
