Preferred cold working titanium grade 4 Through a special cold work process, new cold working titanium
grade 4 is formed with better biocompatibility, higher mechanical strength, and longer durability while being compatible with pure titanium.
After 5 million tests, the tensile strength of the implant raw material is higher than 900MPa.
Higher yield point and strength are obtained through specialized cold working treatment.
Specifications:
DMR Implant, NP φ3.75 ×8.5mm
DMR Implant, NP φ3.75 ×10.0mm
DMR Implant, NP φ3.75 ×11.5mm
DMR Implant, NP φ3.75 ×13.0mm
DMR Implant, RP φ4.3 ×7.0mm
DMR Implant, RP φ4.3 ×8.5mm
DMR Implant, RP φ4.3 ×10.0mm
DMR Implant, RP φ4.3 ×11.5mm
DMR Implant, RP φ4.3 ×13.0mm
DMR Implant, RP φ4.6 ×7.0mm
DMR Implant, RP φ4.6 ×8.5mm
DMR Implant, RP φ4.6 ×10.0mm
DMR Implant, RP φ4.6 ×11.5mm
DMR Implant, RP φ4.6 ×13.0mm
DMR Implant, RP φ5.0×7.0mm
DMR Implant, RP φ5.0×8.5mm
DMR Implant, RP φ5.0×10.0mm
DMR Implant, RP φ5.0×11.5mm
DMR Implant, RP φ5.0×13.0mm
It belongs to Trauma Precision Fixation System, and the unique sliding groove pressure structure can make a effective compression to the fractured end.
Titanium Mesh is available in different heights for individual pathology and anatomical conditions. Open architecture for Titanium Mesh allows bony fusion and optimize bony ingrowth and its parallel end rings to restore normal spinal alignment and resist subsidence. In the meantime, Titanium Mesh is used for Trauma, Tumor, Spondylolisthesis, Degenerative disc disease of Thoracic-Lumbar Spine.