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.
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...
Image courtesy of 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 while maintaining radiolucent, bone-like mechanical properties.
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