SeaSpine commenced the limited commercial launch of its 3D-printed WaveForm® A (ALIF) Interbody.
WaveForm A integrates with the company’s Meridian anterior interbody portfolio. The system delivers a fully porous interbody solution with a graft aperture designed to accommodate a large amount of SeaSpine’s allograft demineralized bone matrix offerings OsteoStrand® and OsteoStrand® Plus.
The 3D-printed WaveForm A interbody balances geometric and manufacturing advancements without compromising clinical requirements. WaveForm A utilizes innovative WaveForm technology to deliver a highly porous and robust interbody solution. This design is intended to balance subsidence resistance, implant stiffness, and orthobiologics packability, while maintaining radiographic visualization during intraoperative and postoperative imaging.
“WaveForm A is our fifth entry into the 3D-printed interbody space,” said Troy Woolley, Vice President of Marketing, Spinal Implants. “This system has a zero-step locking for all three integrated screws and a large internal hollow core designed to allow surgeons to place a large amount of orthobiologics material into the core and help facilitate bony fusion.”
SeaSpine commenced the limited commercial launch of its 3D-printed WaveForm® A (ALIF) Interbody.
WaveForm A integrates with the company's Meridian anterior interbody portfolio. The system delivers a fully porous interbody solution with a graft aperture designed to accommodate a large amount of SeaSpine’s allograft demineralized bone matrix...
SeaSpine commenced the limited commercial launch of its 3D-printed WaveForm® A (ALIF) Interbody.
WaveForm A integrates with the company’s Meridian anterior interbody portfolio. The system delivers a fully porous interbody solution with a graft aperture designed to accommodate a large amount of SeaSpine’s allograft demineralized bone matrix offerings OsteoStrand® and OsteoStrand® Plus.
The 3D-printed WaveForm A interbody balances geometric and manufacturing advancements without compromising clinical requirements. WaveForm A utilizes innovative WaveForm technology to deliver a highly porous and robust interbody solution. This design is intended to balance subsidence resistance, implant stiffness, and orthobiologics packability, while maintaining radiographic visualization during intraoperative and postoperative imaging.
“WaveForm A is our fifth entry into the 3D-printed interbody space,” said Troy Woolley, Vice President of Marketing, Spinal Implants. “This system has a zero-step locking for all three integrated screws and a large internal hollow core designed to allow surgeons to place a large amount of orthobiologics material into the core and help facilitate bony fusion.”
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