ATEC’s IdentiTi Anterior Lumbar LW Porous Ti Interbody Implants are designed to provide the biological, biomechanical, and imaging characteristics that surgeons seek in a fusion construct. The subtractive process used to manufacture each IdentiTi Implant results in more predictable mechanical performance and enhanced imaging characteristics. IdentiTi implants take advantage of … [Read more...] about IdentiTi™-ALIF LW
3D ALIF
Hygro®-L ALIF
Hygro-Cages consist of an additive manufactured honeycomb titanium structure with vertically and horizontally connected pores.This structure showed prove of it´s suitability for spinal fusion in a clinical PMCF-study1 and therefore it can be concluded that cell transfusion into the cage structure is supported. The capillary effect due to the specifically designed pore … [Read more...] about Hygro®-L ALIF
Meridian with WaveForm A
The Meridian® ALIF system was designed to be a modular instrument and implant system to streamline the ALIF procedure and provide diverse fixation options for single to multilevel ALIFs in a reduced number of sets. Implants feature WaveForm® technology, the next level of 3D printed innovation designed to prioritize strength, surface, and stability. With a repeating and … [Read more...] about Meridian with WaveForm A
Modulus ALIF
Benefits: About NuVasive NuVasive, Inc. (NASDAQ: NUVA) is transforming spine surgery and beyond with minimally invasive, procedurally-integrated solutions designed to deliver reproducible and clinically-proven surgical outcomes. The Company’s portfolio includes access instruments, implantable hardware, biologics, software systems for surgical planning, navigation … [Read more...] about Modulus ALIF
Monterey AL Interbody System
Monterey AL Interbody System, is a stand-alone interbody fusion device designed for anterior lumbar interbody fusion (ALIF). Monterey AL is made up of both solid and porous structures within a single implant, leveraging Stryker’s proprietary Tritanium In-Growth Technology, a material designed to mimic cancellous bone and provide an environment favorable to bone regeneration and … [Read more...] about Monterey AL Interbody System
MANTIZ Medical: PANTHER 3D Printed ALIF Cage
The PANTHER 3D printed range of cages have been designed to minimize the subsidence by adopting the cross intersected ring frame. PANTHER VIDEO ANIMATION Features: Reduction of dislocation due to rough surface of the cages and top bottom teeth.Minimized subsidence due to elasticity of RING FRAME MESH structureIncreased fusion effect as it is very similar to the … [Read more...] about MANTIZ Medical: PANTHER 3D Printed ALIF Cage
M3 Stand-Alone ALIF System
The M3 Stand-Alone ALIF System features a versatile, diverging 3-screw construct that incorporates the biocompatible benefits of Mimetic Metal™ and StrutSure™ technologies, along with simplified instrumentation. Features: 100% open-pore architecture to allow for osteointegrationHydrophilic wicking3D printed titanium with 70% porosityStrutsure:Dual-zone microdeflection … [Read more...] about M3 Stand-Alone ALIF System
NEXXT MATRIXX® 3D Printed Porous Titanium ALIF
NEXXT MATRIXX ® is a collection of additively manufactured spacers for cervical, lumbar/lumbosacral and thoracolumbar implantation. Each device comprises an external structural frame with a roughened surface, and is shaped as a structural column to provide surgical stabilization of the spine. Features: ABOUT NEXXT SPINE, LLCFounded in 2009, Nexxt Spine, LLC is a … [Read more...] about NEXXT MATRIXX® 3D Printed Porous Titanium ALIF
NanoHive ALIF
Utilizing high-definition 3D printing, NanoHiveTM Interbody Fusion ALIF features a soft titanium lattice core with HD’s 4 evolutionary technologies.The NanoHiveTM family includes multiple footprint and lordosis options for each surgical approach. NanoHive Brochure-HD Lifesciences.pdf Features: Length: 26mm - 32mm Width: 32mm - 40mm Height: 9mm - 19mm Lordoses: 8° … [Read more...] about NanoHive ALIF
PILLAR SA PTC Spacer System
For stand-alone Anterior Lumbar Interbody Fusion (ALIF) with four screws the PILLAR® SA PTC Spacer System provides multiple sizes and lordotic angles with an ovoid shape implant to match patient anatomy. The 3D printed porous titanium endplates are designed to allow the patient bone to grow into the porous plate. Pillar-SA-PTC VIDEO ANIMATION … [Read more...] about PILLAR SA PTC Spacer System
Pisces-SA
The Pisces-SA is an innovative Standalone ALIF platform integrating a highly porous 3D printed interbody with anatomical morphology designed for full osseointegration, streamlined instrumentation and anchor fixation technology for a minimally invasive approach, and guided locking plate to ensure lock confirmation. With a focus on fusion, fixation, and MIS approach, the … [Read more...] about Pisces-SA
SCARLET® AL-T
Ti-LIFE Technology: The structure mimics the architecture of trabecular bone and is designed to promote bone ingrowth. This technology is based on a proprietary algorithm combined with a unique additive manufacturing process commonly referred to as 3D printing. SCARTET AL-T VIDEO ANIMATION Integrated Screw Channel: The 3 SCARLET® AL-T screws are easily inserted into the … [Read more...] about SCARLET® AL-T
Solar™ ALIF
Solar AM™ is the latest addition to the DeGen Medical Puri-Ti™ portfolio and provides implants and instrumentation for anterior lumbar interbody fusion (ALIF) procedures. Solar AM™ comes in a variety of sizes and lordotic options to accommodate patient anatomy. Highlights of the Solar AM™ tech technology include: About DeGen Medical DeGen Medical, Inc. is a medical … [Read more...] about Solar™ ALIF
Stable-L
Stable-L has: Features: Ease of Insertion Versatility Tranquil™ Technology About NEXUS Spine The Nexus team has been developing spinal implants since the 1990’s. Our approach continues to be an evidence based advancement of standard technologies. The Nexus product portfolio has two primary aims: Improve clinical outcomes. Be easier to … [Read more...] about Stable-L
STALIF M FLX
3D-printed porous titanium lumbar interbody with 2-level clearance! Proprietary Design Featuring Unique 3D-Printed Porous Titanium FLX Solution. Benefits: FLX Flexible: FLX implants include a solid exoskeleton for added strength, along with a proprietary lattice scaffold designed to have a stiffness similar to bone. Reduced device stiffness is known to minimize … [Read more...] about STALIF M FLX
TRANSMAXX® ALIF
The Transmaxx ALIF is a 3D-printed cage specially designed for the ventral position and offers three insertion options to choose from (anterior, anterio-lateral and lateral). Features: About Silony Spine Established in 2013 by the internationally renowned hospital group, Schön Clinic, in Germany, Silony Spine is a market disrupter aiming to change the status quo of … [Read more...] about TRANSMAXX® ALIF
SPIRA-A Integrated
Comprehensive integrated ALIF solution designed to preserve sagittal alignment through an array of interbody and fixation offerings providing robust anterior column support and stability. Features About Camber Spine Technologies Camber Spine Technologies, LLP, is a medical device company focused on the design, development and commercialization of innovative and … [Read more...] about SPIRA-A Integrated
SPIRA™ALIF
SPIRA™ is a Minimally Invasive Open Matrix ALIF. Titanium Open Architecture implant with Surface by Design™ technology to optimize bone growth. Features: Engineered to: Biconvex surfaces for superior endplate contact About Camber Spine Technologies Camber Spine Technologies, LLP, is a medical device company focused on the design, development and … [Read more...] about SPIRA™ALIF
TIDAL®Anterior LumbarInterbody Fusion System
The TIDAL® ALIF Cage is a sterile packed, 3D printed, Titanium Alloy interbody fusion device designed with an interconnected porous architecture to encourage bony ingrowth.2 The cages are available in a variety of footprints and three lordotic offerings to accommodate the individual patient anatomy. restor3d’s TIDAL Technology™ is an optimized porous architecture designed … [Read more...] about TIDAL®Anterior LumbarInterbody Fusion System