LUMBAR FUSION
KLIMT™
3D PRINTED EXPANDABLE LUMBAR INTERBODY FUSION CAGE SYSTEM
KLIMT™ Expandable LIF Cage System are 3D-printed titanium lumbar interbody fusion implants for posterior and transforaminal approach to thoracolumbar disease. The implant is designed to accommodate a wide range of patient anatomies and surgical preferences.
Key Features
MINIMIZED INSERTION HEIGHT allows for reduced tissue disruption and nerve retraction.
GRADUAL VERTICAL EXPANSION adjusts between (0 to 4mm) -or- (0 to 6mm) based on the minimized insertion height and leads to less endplate disruption
MICRO “3D POROUS” TEXTURE enhances bone interdigitation
MACRO “SERRATED” SURFACE prevents cage migration
LARGE BONE GRAFT WINDOW provides maximum volume for bone graft packing
MANY SIZE OPTIONS accommodates a wide range of patient anatomies
Two-hole and four-hole plate configurations accommodate anatomical variation
Torsional stabilizers enhance rotational stability (two-hole plate only)
Large graft window allows for maximum graft volume and greater likelihood of fusion
Efficient screw blocking mechanism
Multiple screw options
Tapered leading edge for ease of insertion
Product Resources
Download Product Information
Explore our comprehensive product overviews and Instructions for Use (IFU) documents to gain a deeper understanding of our solutions. These resources provide essential information and user guidelines to ensure optimal usage of our products.
Artistic Precision in Spinal Surgery
Named for Gustav Klimt
Much like Gustav Klimt’s iconic artwork, renowned for its opulent use of gold and intricate detailing, the KLIMT™ Expandable LIF Cage System embodies precision, adaptability, and innovation.
Crafted from advanced 3D-printing techniques, this titanium implant is designed for both posterior and transforaminal approaches, featuring a robust expandable mechanism for enhanced surgical flexibility. Its design prioritizes optimal endplate contact and stability, ensuring reliable conditions for spinal fusion.
True to its name, KLIMT™ represents fluidity, precision, and ease of use, seamlessly merging cutting-edge technology with patient care to enhance surgical outcomes.