ChoiceSpine’s Tiger Shark™ L is a 3D printed titanium interbody designed to simplify spinal surgery and patient recovery. Created with BioBond™, a proprietary organic porous structure, this advanced lateral lumbar spacer system has a generous graft window and smooth bullet-shaped distal surface that helps improve implant insertion speed and control. Tiger Shark™ L VIDEO ANIMATION […]
3D
ASTS-SA
ASTS-SA has an Advanced Structural Design that incorporates 4WEB Medical’s proprietary Truss Implant Technology™. Under normal loading conditions the struts in the truss implant transfer strain to adjacent cellular material which stimulates a mechanobiologic response. ASTS-SA VIDEO ANIMATION High Strength Structures in Action Zero-profile stand alone construct 45° screw angulation with 5° of variability Single-step […]
BIG® ST
One Design – many options The ventral approach for the lumbar fusion system has long been established in spinal surgery due to the easy approach to the disc space. The Anterior Lumbar Interbody Fusion (ALIF) has the advantage of an extensive ventral release and the option of placement of larger cages than from the posterior […]
Cascadia AL 3D
The Cascadia AL 3D Interbody System includes a full range of implant sizes carefully designed to accommodate the vertebral anatomy. The streamlined instrumentation is designed to aid in consistent and accurate implant placement. Lamellar 3D Titanium Technology incorporates 300-500 um longitudinal channels, which in conjunction with transverse windows, create an interconnected lattice designed to allow […]
CONDUIT™ ALIF| EIT™ Cellular Titanium
3D printed cellular titanium implants that feature 80% porous macro-, micro- and nanostructures, are designed to mimic cortical and cancellous bone, and facilitate fusion. Conduit VIDEO ANIMATION Conduit-Interbody.Brochure-DepuySynthes.pdf Features: BONE-MIMICKING Cellular design facilitates fusion and mimics the properties of bone with macro-, micro- and nanostructures Macrostructure: Surface roughness has been shown to have a beneficial […]
ENZA™-A Titanium Anterior Lumbar Interbody Fusion
ENZA™-A Titanium ALIF is an interbody fusion device consisting of a 3D printed titanium body with a roughened surface that encourages bone growth onto the cranial and caudal surfaces of the device. The upper and lower faces are deliberately designed with pores that average 500 microns in diameter, the optimal environment for bone to grow […]
F3D Anterior Lumbar
The F3D Anterior Lumbar interbodies leverage the benefits of Mimetic Metal® technology which emulates key characteristics of natural bone to provide an optimal structure and environment for healing. Features: Large internal graft window (Up to 8cc graft volume capacity) 100% open-pore architecture to allow for osteointegration Hydrophilic wicking 3D printed titanium with 60% porosity Provided sterile […]
HEDRON IA™ 3D Printed Integrated ALIF Spacer
HEDRON IA™ is a 3D Printed Integrated ALIF spacer that features a biomimetic porous scaffolding designed to encourage cellular response and promote bone formation onto and through the implant. HEDRON VIDEO ANIMATION HEDRON™ spacers feature a biomimetic porous scaffolding designed for bone formation onto and through the implant. HEDRON P™ implants are available in a […]
Idys®-ALIF ZP 3DTi
The design allows four fixation screws to be inserted through the cage and into the adjacent vertebral bodies to create a zero-profile stand-alone construct that removes the need for posterior fixation. Idys®-ALIF ZP 3DTi is available in sterile packaging and available in multiple footprint, heights and lordotic angles. Idys®-ALIF ZP 3DTi VIDEO ANIMATION Benefits: Zero […]
IdentiTi™-ALIF LW
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 bone’s affinity for titanium and, because […]
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 structure Increased fusion effect as it is […]
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 osteointegration Hydrophilic wicking 3D printed titanium with 70% porosity Strutsure:Dual-zone microdeflection for reduced stress shielding and increased load sharing along the endplates […]
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° – 20° Porous Volume: up to 4,061 mm³ […]
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 […]
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 stress-shielding and enhance the fusion process. Lucent: […]
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 commercialization of innovative and proprietary musculoskeletal […]
Tesera SA Stand-Alone ALIF
The Tesera SA Stand-Alone ALIF Cage is a porous titanium Stand-alone Anterior Cage designed to be part of the fusion, rather than merely a vessel for it.Using additive manufacturing, we have created an ideal trabecular structure for bone in-growth, providing excellent long-term fixation. Four screws and an innovative locking system provide immediate fixation and confidence. […]
Tranquil ALIF
Tranquil is the only interbody to provide rough titanium + ideal pore size + proper stiffness. Features: 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 […]
Truss System
4WEB Medical’s 3D printed technology utilizes engineering principles such as structural mechanics and adjacent material reaction to produce innovative spine implants that may actively participate in the healing process. Features: 30 size options are included in one versatile set making the ALIF Spine Truss System a comprehensive solution for all of the surgeon’s ALIF needs. Unique […]
CONSTRUX Mini Ti Spacer System
The CONSTRUX™ Mini Ti Spacer System with Nanovate™ Technology has been developed to enhance anterior cervical procedures with a 3D-printed titanium cervical interbody designed with a functional gradient porous structure. This implant has an optimized porosity and pore size which creates a 3D porous surface with the potential for bone ingrowth**. The CONSTRUX Mini Ti Spacer […]
Hexanium ACIF cage
The Hexanium ACIF cage is a 3D printed standalone cervical interbody system made of titanium. It combines titanium rough surface, optimized porosity and honeycomb structure. The user-friendly one-step locking mechanism was developed to make the surgery as fast as possible. Benefits: About SpineVision Since its creation SpineVision has played a pioneering role in the development […]
HEDRON C™ 3D Printed
HEDRON C™ is a 3D printed anterior cervical interbody fusion spacer that features a biomimetic porous scaffolding designed to promote bone formation onto and through the implant. HEDRON Cervical VIDEO ANIMATION Features: The Face of Fusion:An ovine interbody study demonstrated significantly more bone ingrowth within HEDRON™ implants at 6 weeks post-op compared to PEEK and solid […]
HiveTM C
Utilizing high-definition 3D printing, HiveTM Interbody Fusion Devices all feature a Soft Titanium® lattice core with HD’s 4 evolutionary technologies. The HiveTM family includes multiple footprint and lordosis options for each surgical approach. Hive Cervical-Brochure.HD LifeSciences.pdf Benefits: Reduced Stiffness: HiveTM interbodies using Soft Titanium® technology have an elastic modulus similar to PEEK. Improved Radiographic Imaging:Reduced density titanium […]
HEDRON IC™
HEDRON IC™ is a 3D printed ACDF spacer that can be used as an interbody spacer itself or combined with the COALITION AGX Plate and screws as a stand-alone plate-spacer. HEDRON IC™ features a biomimetic porous scaffolding designed to promote bone formation onto and through the implant. Features: The Face of Fusion:An ovine interbody study […]
GENOSS 3d Cage™ Cervical Cage
A cage-like agglutinating prosthesis used to treat structural anomalies caused by degenerative disc herniation of the cervical spine during an orthopedic or neurosurgery procedure, GENOSS 3d Cage™ Cervical Cage is a spinal cage that is transplanted between bones or artificial bone implants in order to provide sufficient space for mechanic safety or interspinous agglutination. It […]
F3D C2 Stand Alone Cervical
The F3D-C2 Stand-alone Cervical System is an interbody fusion system comprised of a spacer with two integrated bone screws secured by a locking mechanism within the cage. F3D C2 Stand ALONE Cervical VIDEO ANIMATION Benefits: Streamlined construct features biomechanical benefits of Mimetic Metal® 3D printing technology Screws anchor through zero-step anti-back-out locking tab Versatile instrumentation allows […]
IdentiTi™ C
ATEC’s IdentiTi Cervical 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 bone’s affinity for titanium and, because of their […]