Implanted unilaterally, MOBIS implants are indicated for use in one or two level lumbar
fusions using a posterior transforaminal approach (L2 to S1) to reduce or eliminate pain
and mechanical instability resulting from the following conditions:

Spondylolisthesis (Grades I and II) Degenerative Disc Disease Spinal Stenosis Disc Herniation

The curved design of the MOBIS implant conforms to the anterior lordotic curvature of the vertebra, providing solid bilateral support, and easy insertion via a monoportal approach. Preservation of the contralateral facet joint is achieved by using a unilateral steep implantation trajectory, and the tapered implant edge allows impaction into the vertebral disc space without removing cortical bone. The dual apertures provide a threefold fusion path by filling both the implant and the dorsal intervertebral and epilaminar disc space with cancellous bone or bone graft substitutes. MOBIS implants are designed to restore interbody vertebral disc height and maintain solid bony fusion when used in conjunction with bone graft material and supportive posterior instrumentation. The implants are made of PEEK-OPTIMA® LT, a biocompatible thermoplastic polymer, which provides numerous benefits including an elasticity modulus similar to cortical bone and excellent post operative imaging of the fused vertebral segment(s).

		Curved Design and Tapered Edge
			Conforms to the Anterior Lordotic Curve and Facilitates Implant Insertion
		Dual Implant Apertures
			Promotes Good Bony In-Growth of the Graft Material
		Unilateral Steep Implantation Trajectory
			Preserves the Contralateral Facet Joint
		PEEK-OPTIMA LT Thermoplastic Polymer Material
			In-Vivo Biocompatibility and Elasticity Modulus Similar to Cortical Bone
		Radiolucent and Artifact-Free
			Optimal Postoperative Imaging Quality
		Embedded Titanium Markers
			Enhances Radiographic Implant Positioning and Assessment
		Comprehensive Range of Implant Instrumentation
			High Quality, Easy to Use and Cost Effective Implant System