Studies indicate that 4WEB Medical’s Lateral Spine Truss demonstrated a better resistance to subsidence vs. an annular interbody implant. The findings indicate the capacity for load distribution inherent to 4WEB’s additively-manufactured truss technology.
Biomechanical testing compared the 18mm wide, 40mm long 4WEB implant vs. a 21mm wide, 60mm long annular design lateral device.
4WEB’s spine truss devices include cervical, anterior, posterior and lateral designs. The lateral version debuted with first U.S. surgeries in early 3Q17.
Studies indicate that 4WEB Medical's Lateral Spine Truss demonstrated a better resistance to subsidence vs. an annular interbody implant. The findings indicate the capacity for load distribution inherent to 4WEB's additively-manufactured truss technology.
Biomechanical testing compared the 18mm wide, 40mm long 4WEB implant vs. a 21mm wide,...
Studies indicate that 4WEB Medical’s Lateral Spine Truss demonstrated a better resistance to subsidence vs. an annular interbody implant. The findings indicate the capacity for load distribution inherent to 4WEB’s additively-manufactured truss technology.
Biomechanical testing compared the 18mm wide, 40mm long 4WEB implant vs. a 21mm wide, 60mm long annular design lateral device.
4WEB’s spine truss devices include cervical, anterior, posterior and lateral designs. The lateral version debuted with first U.S. surgeries in early 3Q17.
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