Dental Implant Abutments and Prosthetic Components by KETAI

In modern implant prosthetic dentistry, clinicians and dental technicians often work across multiple implant systems and restorative cases, from single-tooth restorations to full-arch implant rehabilitation.

A highly compatible and precision-engineered prosthetic component system is essential to ensure predictable outcomes, stable fit, and efficient workflow.

KETAI provides a complete range of dental implant abutments and prosthetic components, supporting both analog and digital workflows across major implant systems worldwide.

We support leading global implant systems, including Straumann®, Nobel Biocare®, Zimmer Biomet®, Dentsply Sirona®, Astra Tech®, Megagen®, Dentium®, and BioHorizons®.

Our product portfolio covers the full implant restoration workflow:

• Cover screws
• Healing abutments
• Transfer copings & impression copings
• Implant analogs
• Scanbodies
• Ti bases
• Angled abutments (17°, 30°)
• Multi-unit abutments
• Temporary abutments
• Pre-milled titanium blanks
• Prosthetic screws and accessories

All KETAI components are manufactured from Grade 4 medical titanium, ensuring excellent biocompatibility, mechanical strength, and long-term clinical stability.

We strictly replicate the interface geometry of major implant systems, including:

• Internal hex
• External hex
• Trilobe
• Conical connections

Supported platforms include NP, RP, WP, and multiple diameter configurations.

Each component is precision-machined and quality-inspected to ensure passive fit, reducing micromovement, screw loosening, and long-term prosthetic failure risk.

KETAI prosthetic systems are designed for both traditional and CAD/CAM digital workflows.

Key features include:

• Multiple gingival heights
• Straight, 17°, and 30° abutments
• Open and closed tray impression systems
• Reusable and single-use healing components
• Scanbodies compatible with major CAD/CAM platforms
• Pre-milled blanks for digital milling systems

Additional design features such as anti-rotation structures, retention grooves, and micro-conical shoulders improve stability and chairside efficiency.