TM10732 Cover Screw for Dental Implant Healing

Cover Screw for Dental Implant Healing Description

Cover Screw for Dental Implant Healing is fabricated from Grade 23 titanium metal to maintain biocompatibility and corrosion resistance in dental environments. The screw's customised dimensions allow for precise integration with implant assemblies and temporary sealing during the healing process. Its engineered consistency in surface finish and material properties supports controlled healing and protective coverage against external contaminants.

Cover Screw for Dental Implant Healing Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Cover Screw for Dental Implant Healing Applications

Healthcare Applications
- Used as a protective cover screw in dental implant assemblies to prevent bacterial ingress during the healing stage by utilising Grade 23 titanium's biocompatibility.
- Applied as a provisional stabiliser in oral surgery to maintain implant integrity, reducing mechanical stress by employing customised dimensions for specific clinical situations.

Dental Prosthetics
- Serves as a temporary fixation element in implant-supported prostheses to facilitate tissue healing, addressing the risk of micro-motion by leveraging precise machining and material uniformity.

Cover Screw for Dental Implant Healing Packing

The cover screw is securely packaged in sterilised blister packs enclosed within rigid secondary packaging to prevent physical damage and contamination. Storage in a clean, temperature-controlled environment is recommended to maintain clarity and integrity. Customised labelling and protective cushioning options are available to meet the specific logistics and traceability requirements of clinical settings.

Additional Information

Titanium Grade 23 is widely recognised for its biocompatibility and corrosion resistance, making it a common choice for critical biomedical applications. The material's combination of mechanical and biological properties supports its integration within the human body, particularly in dental and orthopaedic procedures. Advances in machining and surface processing further enhance performance by minimising surface irregularities and potential sites for microbial adhesion.

Understanding the interplay between material composition and processing techniques is essential for optimising implant components. Continuous research into titanium alloys highlights their significance in ensuring patient safety and procedural efficacy, reflecting an ongoing commitment to both material science and clinical innovation.