Prime Select Screw
Direct to implant compatible with Klockner® KL / KL 0.7 NP
GENERAL DESCRIPTION:
The Prime Select Screw by GT‑Medical is intended exclusively for use with GT‑Medical Prime Series abutments. While it is not an exact replica of the original screw used in the corresponding prosthetic system, it has been selected for its geometric compatibility and proven clinical performance when used with our components.
This approach allows GT‑Medical to offer a broader range of compatible solutions, even for less common prosthetic platforms or those with limited documentation, without compromising clinical reliability.
Each screw is manufactured from high-grade Titanium Grade 5, ensuring mechanical strength, biocompatibility, and long-term durability.
⚠️ Important: This screw must be used exclusively with GT‑Medical Prime Series abutments. It is not recommended for use with original components from other manufacturers, as proper fit cannot be guaranteed.
AVAILABLE SCREW TYPES:
1. Straight Channel Screw
Standard version, intended for restorations with straight access to the screw channel. It provides a secure and functional fit when used with validated GT‑Medical components.
The screwdriver to be used will correspond to the head geometry of the specific screw provided.
2. Angled Channel Screw (Dinalock® version)
Designed for cases requiring an angulated screw channel, either for esthetic reasons or to correct implant divergence.
- DLC Coating (Diamond-Like Carbon): enhances wear resistance and reduces friction during insertion.
- Allows angulation up to 25° with torque application up to 35 Ncm.
- Intraoral insertion compatible.
- Exclusively for use with GT‑Medical abutments and CAD/CAM libraries, validated through a complete channel rotation study (verifying that the screw can rotate and seat properly, and that the driver can access the screw head safely through the angled channel).
This screw must be used with the GT‑Medical Dinalock® screwdriver, featuring a 4-lobe geometry designed to ensure safe torque transmission in challenging angulated channels.
