Sam Brusco, Associate Editor06.09.22
Spine surgery tech firm SeaSpine began full launch of its 3D-printed WaveForm TO (TLIF oblique) interbody system.
WaveForm TO was designed for PLIF (posterior lumbar interbody fixation) and TLIF (transforaminal lumbar interbody fusion). Both direct impact insertion and insert-and-rotate techniques can be used. A comprehensive set of decompression, disc preparation, and implant insertion instruments are compatible with the NanoMetalene-based Reef TO system.
“It remains essential to have interbody implants that cumulatively participate in the index biologic fusion response—always advancing the goal of stable osseous union,” Dr. Erik Westerlund of Jackson Hughston Memorial Hospital told the press. “In this context, Waveform TO represents a uniquely-optimized porous titanium TLIF interbody solution. This refined design incorporates a 3D-printed open gyroid architecture that maintains implant strength while simultaneously providing a favorable fusion environment.”
WaveForm interbodies feature 3D-printed architecture to balance geometric and manufacturing advancements without compromising clinical requirements. The highly porous, yet robust design aims to optimize subsidence resistance, implant stiffness, and biologics packability while maintaining radiographic visualization.
“WaveForm TO is our first 3D interbody to commercially launch, with more launches planned before the end of this year,” said Dennis Cirino, senior VP of Global Spinal Systems. “Designed for strength, radiolucency, and an unparalleled ability to pack orthobiologics due to its innovative design. WaveForm TO is a comprehensive, intuitive, and reliable system capable of addressing multiple patient pathologies. With this launch we have an opportunity to address an additional $500 million market opportunity with this best-in-class technology.”
WaveForm TO was designed for PLIF (posterior lumbar interbody fixation) and TLIF (transforaminal lumbar interbody fusion). Both direct impact insertion and insert-and-rotate techniques can be used. A comprehensive set of decompression, disc preparation, and implant insertion instruments are compatible with the NanoMetalene-based Reef TO system.
“It remains essential to have interbody implants that cumulatively participate in the index biologic fusion response—always advancing the goal of stable osseous union,” Dr. Erik Westerlund of Jackson Hughston Memorial Hospital told the press. “In this context, Waveform TO represents a uniquely-optimized porous titanium TLIF interbody solution. This refined design incorporates a 3D-printed open gyroid architecture that maintains implant strength while simultaneously providing a favorable fusion environment.”
WaveForm interbodies feature 3D-printed architecture to balance geometric and manufacturing advancements without compromising clinical requirements. The highly porous, yet robust design aims to optimize subsidence resistance, implant stiffness, and biologics packability while maintaining radiographic visualization.
“WaveForm TO is our first 3D interbody to commercially launch, with more launches planned before the end of this year,” said Dennis Cirino, senior VP of Global Spinal Systems. “Designed for strength, radiolucency, and an unparalleled ability to pack orthobiologics due to its innovative design. WaveForm TO is a comprehensive, intuitive, and reliable system capable of addressing multiple patient pathologies. With this launch we have an opportunity to address an additional $500 million market opportunity with this best-in-class technology.”