Additive Surgical has introduced a differentiated range of expandable interbody devices, including expandable PLIF, DLIF and TLIF implants.
All are CE Marked and TGA registered. Each device is fully 3D-printed harnessing Bone Ingrowth Technology®, yielding a whole implant with a micro porosity including the expansion mechanism of 6-10 microns (surface texture) that creates a favorable environment for bony on-growth.
Furthermore, the combination of macro porosity (500-700 micron pore size of the net structure) interfaces with the endplates, soft modulus of elasticity of the Direct Metal Laser Melting printing technology, and micro porosity to support new bone formation on and through the implant.
Shortly, the devices will be 100% manufactured in Australia.
Additive Surgical has introduced a differentiated range of expandable interbody devices, including expandable PLIF, DLIF and TLIF implants.
All are CE Marked and TGA registered. Each device is fully 3D-printed harnessing Bone Ingrowth Technology®, yielding a whole implant with a micro porosity including the expansion mechanism of 6-10 microns...
Additive Surgical has introduced a differentiated range of expandable interbody devices, including expandable PLIF, DLIF and TLIF implants.
All are CE Marked and TGA registered. Each device is fully 3D-printed harnessing Bone Ingrowth Technology®, yielding a whole implant with a micro porosity including the expansion mechanism of 6-10 microns (surface texture) that creates a favorable environment for bony on-growth.
Furthermore, the combination of macro porosity (500-700 micron pore size of the net structure) interfaces with the endplates, soft modulus of elasticity of the Direct Metal Laser Melting printing technology, and micro porosity to support new bone formation on and through the implant.
Shortly, the devices will be 100% manufactured in Australia.
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