Featuring Instruments for the Keystone Conical Surgical Workflow
A new suite of instruments designed to improve surgical control and prosthetic precision.
Includes
• Bone Profiler
• Angle Indicator
• Abutment Retrieval Tool
Designed to support predictable restorative outcomes
• Accurate prosthetic alignment
• Reliable component seating
• Controlled emergence profile management
• Streamlined restorative workflows
Bone Profiler
Prosthetically Driven Bone Contouring
The Bone Profiler Kit precisely shapes crestal bone around the implant platform to create space for the planned emergence profile.
This controlled contouring supports predictable restorative outcomes and improved soft-tissue architecture.
Guide Pin for Accurate Bone Reduction
A shoulder-seated guide pin directs the Bone Profiler along a precise path.
This guidance ensures controlled bone removal and consistent preparation around the implant platform.
Emergence Profiles That Match Your Restoration
Available in three emergence profile diameters:
• Ø3.5 mm
• Ø4.5 mm
• Ø6.0 mm
These options create the space needed for restorative components while supporting natural soft-tissue contours and esthetic results.
Angle Indicator
Visualize Multi-Unit Angulation with Confidence
Color-coded indicators help clinicians quickly visualize the correct orientation for multi-unit abutments.
• 17° – Blue
• 30° – Green
This simplifies angulation selection and supports accurate prosthetic positioning.
Integrated Soft-Tissue Assessment
Precision grooves at the base allow clinicians to quickly evaluate soft-tissue depth during implant assessment, supporting confident selection of multi-unit abutment height.
Secure and Controlled Handling
A Viton® retention ball provides secure seating while allowing smooth and controlled removal when needed.
Abutment Retrieval Tool
Reliable Retrieval of Engaged Prosthetic Components
The Abutment Retrieval Tool safely disengages screw-retained abutments when conventional loosening techniques fail.
It is designed for situations involving:
• debris accumulation
• friction lock
• cold welding
providing a controlled and dependable method for component retrieval.
Precision Mechanical Design
A threaded section engages the internal threads of the abutment while a smooth apical tip contacts the base of the implant screw channel.
As the tool is rotated, controlled upward force lifts the abutment from the implant connection.
This allows safe disengagement without damaging the implant interface.
Three Length Options for Clinical Access
Available in three lengths to accommodate different clinical situations:
• 16 mm
• 21 mm
• 30 mm