RTI Surgical commenced the commercial launch of Fortilink®-C, the first in its line of interbody fusion devices to feature TETRAfuse® 3D-printed polymer.
The Fortilink-C cervical interbody device incorporates macro, micro and nano-rough features on the entire implant— not just on endplate surfaces—allowing bony ingrowth on all implant surfaces while maintaining radiolucent, bone-like mechanical properties.
Source: RTI Surgical Inc.
RTI Surgical commenced the commercial launch of Fortilink®-C, the first in its line of interbody fusion devices to feature TETRAfuse® 3D-printed polymer.
The Fortilink-C cervical interbody device incorporates macro, micro and nano-rough features on the entire implant— not just on endplate surfaces—allowing bony ingrowth on all implant surfaces...
RTI Surgical commenced the commercial launch of Fortilink®-C, the first in its line of interbody fusion devices to feature TETRAfuse® 3D-printed polymer.
The Fortilink-C cervical interbody device incorporates macro, micro and nano-rough features on the entire implant— not just on endplate surfaces—allowing bony ingrowth on all implant surfaces while maintaining radiolucent, bone-like mechanical properties.
Source: RTI Surgical Inc.
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JV
Julie Vetalice is ORTHOWORLD's Editorial Assistant. She has covered the orthopedic industry for over 20 years, having joined the company in 1999.