Summary of Technical Document on Shorter Implants and Components

1. Elemental Composition Analysis

The document provides elemental composition data for implants, specifically showing the presence of Phosphorus (P) and Calcium (Ca) with their respective spectral intensities, standard corrections, sigma values, and atomic percentages. For example, Phosphorus has an atomic percentage of approximately 33.7%, while Calcium is about 66.3%, indicating the material composition relevant for implant manufacturing.

2. Implant Dimensions and Codes

A comprehensive list of implant codes is provided, each associated with specific width (W) and height (H) dimensions. These codes cover a range of sizes, such as 3.0 x 9.0 mm, 4.5 x 11.0 mm, and up to 7.0 x 8.0 mm, allowing for selection based on clinical requirements. The implants are categorized under different series, including standard shorter implants and "Shorter Plus" implants, each with their own code sets.

3. Abutment Specifications

The document details various abutment codes with parameters including platform size (PL), diameter (D), angulation (°), and width x height (W x H). Angulations of 0°, 15°, and 25° are noted, providing options for different clinical angulations. Abutments are available in multiple sizes and configurations to accommodate diverse prosthetic needs.

4. Post and Cuff Components

Post components are listed with codes, diameters, and platform sizes, such as TB203 (2.0 mm diameter, 3.2 platform) and FD230 (2.0 mm diameter, 3.2 platform, 0° angulation). Cuff components are also specified with codes and angulations, offering options for soft tissue management around implants.

5. Surgical Kit Components

The document includes codes for surgical kit instruments and components, such as drills and posts, with detailed diameters and lengths. Angulation options for surgical tools are also provided (e.g., 0°, 15°), ensuring compatibility with implant placement protocols.

Critical Information and Best Practices

• Selection of implant size and abutment angulation should be based on clinical indications and anatomical constraints.
• Elemental composition data confirms the material quality and biocompatibility of implants.
• Comprehensive coding system facilitates precise ordering and inventory management.
• Availability of angled abutments and posts supports customized prosthetic solutions.
• Surgical kit components are standardized to match implant dimensions and ensure procedural accuracy.

This structured data supports clinicians and technicians in selecting appropriate implant components and accessories for dental implant procedures, ensuring compatibility, precision, and clinical success.