4WEB Medical’s truss implants feature a complete line of titanium interbody fusion devices with an advanced structural design produced with additive manufacturing. The truss implants are designed to actively participate in the fusion process in order to optimize patient outcomes 1,2,3,9 .

4WEB’s 3D printed technology utilizes engineering principles such as structural mechanics and adjacent material reaction to produce innovative implants that may actively participate in the healing process. 1,2,3,9

The 4WEB Spine Truss System Implants are intended to be used together with the 4WEB Spine Truss System instrumentation during spinal fusion interventions. No implant should be reused if it has come in contact with blood or other bodily fluids.

4WEB’s hierarchical surface roughness spans from the macro to nano scale providing a scaffold for cell adhesion and differentiation. These surface features have shown gene expression of certain osteogenic markers. Open architecture implant design allows for bone growth throughout the entire implant construct and enables

Contact 4WEB at 2801 Network Blvd, Suite 620, Frisco, TX 75034. Email: [email protected] Phone: 800.285.7090 Fax: 972.488.1816

CSTS-SA with Anchor Fixation has an Advanced Structural Design that incorporates 4WEB’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. 1

CSTS 2.0 with an integrated plate has an Advanced Structural Design that incorporates 4WEB’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. 1

4WEB is an orthopedic implant company focused on developing innovative implants with an Advanced Structural Design that utilizes its proprietary Truss Implant Technology™. This technology leverages a mechanobiological mechanism inherent to its truss design that may stimulate an osteogenic response to facilitate fusion 1,2,3,9 .

Caffrey, et al, Journal of Biomechanics, 49 (2016) 4090-4097. Ganey, Journal of the Spinal Research Foundation, 8 (2013) 45-48. Xin, et al, Titanium Implants Manufactured with Proprietary 3D-Printing Build Themes Contain Surface Features that Increase Biologic Activity, SMISS 2019.

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