Features a single – piece, bifocal, barbed leg configuration, designed for small bone intramedullary fixation
Patented System
1639 / FDA Cleared
LYNC® pure titanium design delivers immediate, controlled compression with stable bone purchase that resists pullout, rotation or toggle.
Three-step procedure: Ream, Rasp and Reduce.
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| Medium M0o/M10o | Small S0o/S10o | DIP | |||
| References | M0o – CM010010 | M10o – CM010011 | S0o – CM010030 | S10o – CM010031 | CM010040 |
| 1. Total Length | 20mm | 20mm | 16mm | 16mm | 12mm |
| 2. Proximal Length | 13mm | 13mm | 11mm | 11mm | 6mm |
| 3. Distal Length | 7mm | 7mm | 5mm | 5mm | 6mm |
| 4. Initial/Final Proximal Opening | 2/8.5mm | 2/8.5mm | 2/8mm | 2/8mm | 2/5mm |
| 5. Initial/Final Distal Opening | 3.5/4.5mm | 3.5/4.5mm | 3.5/5.5mm | 3.5/5.5mm | 3.5/4mm |
| 6. Offset* | 0o | 10º | 0o | 10º | 0o |
*Straight or with a 10° bend for precise anatomic fitting and alignment.
One piece implant manufactured from anodized titanium (ASTM F67 / ISO 5832-2), featuring insertion tapers and migration resistant talons that allow for accurate placement and stable bone purchase. Medullary canal preparation and device insertion do not require placement of guide wires.
You simply Ream, Rasp and Reduce. The multi-purpose implantation Forceps feature a uniquely designed Lock and Load capability that permits convenient implant to instrument transfer, rapid insertion and manual, one-click compression.
All required instruments are neatly configured in one elegantly sized sterilization module.
Refrigeration is not required and the LYNC® implants may be used at ambient temperature; there are no costly storage expenses or timing issues involved.
Proximal and distal leg pairs are designed to impart bifocal compressive forces for enhanced stability and resistance to pullout.
The malleability and modulus of elasticity of LYNC®’s pure titanium design delivers immediate, controlled compression with stable bone purchase that resists pullout, rotation or toggle. When fully deployed with insertion forceps, the proximal and distal leg pairs naturally conform to the internal geometry of the medullary canal without cortical perforation.
Prior to use of the Novastep® system, carefully read the surgical technique, the instructions for use (IFU) and all packaging label information related to the implants and instruments.
Medical devices. Implants: Class IIb-CE1639; Instruments: Class I-CE / Class IIa-CE1639.
