Conmed 5092-262 - 3mm Diamond Edge Burr, Round Working End, Long Grit, Fine, Sterile, Single-Use for Small Bone Applications, 1/EACH
The Conmed 5092-262 Diamond Edge Burr is a precision-crafted surgical tool designed for fine cutting and shaping of small bones. Featuring a 3mm diameter, a diamond edge form, and a round working end geometry, this burr provides unmatched accuracy and control in delicate surgical procedures. Its long, fine grit ensures a smooth finish while minimizing damage to surrounding tissues.
Sterile and single-use, the burr adheres to the highest safety and hygiene standards, reducing contamination risks and enhancing patient safety in small bone procedures.
Key Benefits
- Exceptional Precision: The diamond edge and fine grit deliver superior control for precise bone shaping and cutting.
- Smooth Finish: Designed to minimize micro-trauma, providing a clean and polished finish on bone surfaces.
- Round Working End Geometry: Optimized for access to difficult-to-reach areas in small bone procedures.
- Sterile and Single-Use: Ensures maximum sterility and eliminates cross-contamination risks, supporting safer surgical outcomes.
- High-Quality Construction: Manufactured with durable materials to maintain sharpness and reliability throughout the procedure.
Compatibility and Applications
The Conmed 5092-262 Diamond Edge Burr is compatible with Conmed surgical drill systems and other standard power tools used in small bone procedures. It is ideal for:
- Orthopedic surgeries involving small bones
- Craniofacial and maxillofacial procedures
- ENT (ear, nose, and throat) surgeries requiring precise bone work
- Podiatric surgeries
This product is highly suited for use in hospitals, surgical centers, and specialized orthopedic facilities.
Usage Guidelines
- Verify packaging integrity before use to ensure sterility.
- Attach the burr securely to a compatible surgical drill or power tool.
- Use light, controlled pressure during operation to achieve precise and effective cutting.
- Dispose of the single-use burr following institutional biohazard waste protocols.
For detailed usage instructions, refer to the manufacturers product guide or consult the surgical teams protocol.
Certifications, Safety Standards, and Regulatory Approvals
The Conmed 5092-262 meets rigorous safety and quality standards, including FDA approval and CE certification. These certifications guarantee reliability, sterility, and adherence to international medical device regulations.
Comparison with Competitor Products
This burr distinguishes itself from competitors with its diamond edge and fine grit, delivering superior cutting precision and a smoother finish. Its sterile, single-use design prioritizes patient safety, while its compatibility with a range of surgical tools makes it versatile and efficient in various small bone procedures.
Typical User Profile and Application Scenarios
This product is designed for use by surgeons, orthopedic specialists, and ENT professionals performing precision-driven procedures. Common application scenarios include:
- Bone contouring in craniofacial surgeries
- Small bone reshaping during podiatric procedures
- Accessing delicate areas in ENT surgeries
Best Practices for Use and Maintenance
- Store the burr in its original packaging in a sterile environment until ready for use.
- Inspect the device before each procedure to ensure no damage or defects.
- Avoid excessive pressure during use to preserve the integrity of the cutting edge.
- Dispose of the burr immediately after use to maintain sterility and prevent reuse.
Regulatory and Safety Information
The Conmed 5092-262 complies with FDA and CE safety standards, ensuring it meets global benchmarks for quality and reliability in surgical applications.
How to Order
To purchase the Conmed 5092-262 Diamond Edge Burr, visit the CIA Medical website and add it to your cart. For bulk orders or inquiries, contact CIA Medical customer service at (312) 275-5850 or use the contact form available on the product page.
The Conmed 5092-262 combines precision, safety, and reliability, making it an essential tool for surgeons performing intricate small bone procedures.
