Frequently Asked Questions
Explore our detailed resource guide covering everything from digital planning to final prosthesis delivery to ensure a smooth and predictable experience with the IPS® Preprosthetic system.
Surgical Workflow
This section addresses the technical steps involved in the placement and stabilization of the IPS® custom framework.
How is the framework rigidly fixated to the underlying bone?
The framework is secured using small, high-precision osteosynthesis screws placed in areas of high bone density to ensure immediate and long-term stability.
What is the typical duration of the surgical procedure?
While case complexity varies, the streamlined IPS® workflow often allows for a significantly shorter surgical time compared to traditional multi-stage grafting procedures.
Can the surgery be performed as a single-stage approach?
Yes, one of the primary benefits of the IPS® Preprosthetic system is the ability to bypass bone grafting and move directly to framework placement in a single session.
What specialized instrumentation is required for the installation?
The system is installed using a dedicated KLS Martin surgical kit that includes the specific drills and drivers optimized for our custom titanium hardware.
Implant Compatibility
This section addresses the technical steps involved in the placement and stabilization of the IPS® custom framework.
Which major implant brands are compatible with the MUA design?
Our removable Multi-Unit Abutments are designed to interface with most industry-standard prosthetic components, providing high versatility for the restorative team.
Are the abutments interchangeable if prosthetic needs change?
Yes, the removable design allows for the easy replacement or adjustment of abutments without needing to modify the underlying IPS® framework.
Does the system support both screw-retained and cement-retained options?
The platform is primarily optimized for screw-retained restorations to ensure ease of maintenance, though custom configurations can be discussed during the planning phase.
What titanium grades are used to ensure biocompatibility?
We use medical-grade titanium alloy that meets rigorous international standards for biocompatibility and long-term integration with standard dental hardware.
Prosthesis Delivery
These questions cover the final steps of loading the framework and delivering the patient’s permanent restoration.
Can the framework be loaded immediately following surgery?
Due to the rigid fixation and patient-specific fit, the IPS® Preprosthetic system is specifically designed to support immediate functional loading.
How is the final prosthesis secured to the IPS® pillars?
The final bridge or arch is typically screw-retained directly into the Multi-Unit Abutments, providing a secure and stable foundation for the patient.
What are the recommended materials for the final full-arch restoration?
The system is compatible with a wide range of materials, including zirconia and high-performance polymers, depending on the restorative doctor’s preference.
How do the removable MUAs simplify the delivery process?
By allowing for different collar heights and angles, the MUAs help the restorative team achieve a perfect aesthetic and functional result regardless of anatomical challenges.
Planning Workflow
Understand the IPS® CaseDesigner process and the collaboration between the surgeon and the engineering team.
What specific imaging data is required to start a case?
High-resolution CT or CBCT scans (DICOM format) are required to create the 3D anatomical model used for the IPS® CaseDesigner software.
How long does the virtual planning session typically last?
A standard web-based planning session with our engineers usually takes between 30 and 45 minutes to finalize the framework and screw trajectories.
What is the standard lead time from plan approval to delivery?
Once the digital design is finalized and approved by the surgeon, the additively manufactured framework is typically delivered within a few weeks.
Can the surgeon modify the screw trajectory during the design phase?
Yes, the IPS® CaseDesigner software allows for real-time adjustments to screw placement to avoid sensitive nerves or maximize bone contact.