Continous Compression. Engineered Reliability.
Designed for extremity and trauma fixation with a multi-disciplinary team of renowned surgeons, A'TOMIC™ delivers strength, endurance and compression through precision-engineered geometry.
Designed with Purpose.
The A'TOMIC™ compression implant is built around a simple principle: fixation should adapt as bone heals. By leveraging the unique properties of Nitinol, every aspect of A'TOMIC™ is purposefully engineered to achieve enduring stability of fusion, fracture and osteotomy sites through high strength and powerful continuous, active compression - all to support biological healing.
Feature-Rich.
Through the use of an innovative, proprietary manufacturing process that allows for optimization of our implants, we designed A'TOMIC™ with unique combination of features:
- Wide bridge with barbed, round legs that match drill holes
- Unique progressive radial barbs for high pullout resistance
- Smooth edges to minimize hardware-related irritation
- Precise contours to reduce stress concentrations
- High mass contributing to strength and compression
Procedural Versatility.
RMR Ortho’s Nitinol implants are available in three families defined by their leg diameters in millimeters (and hence, drill hole size): A'TOMIC™ 2.0 for mini-fragment fixation, A'TOMIC™ 2.7 for small-fragment fixation, and the flagship A'TOMIC™ 3.2 for large-fragment fixation.
Anatomic Contours.
Sometimes implants need to be placed at odd angles. A'TOMIC™ implants (center) have smooth contours and blended features designed to reduce the potential for soft tissue irritation.
Zero-Heigh Release.
Featuring a unique combination of zero-height release without "wings," RMR Ortho’s A'TOMIC™ implants are designed to minimize the need to tamp, preserving meticulously reduced fractures.
Ergonomic Instruments.
Our instruments are designed for ease of use and precise implant placement. Available as sterile-packed, single-use kits, our system also includes a robust, specialized removal tool.