DMS Hydrophilic Implant

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: DMS Implant, φ3.5×7.0mm DMS Implant, φ3.5×8.0mm DMS Implant, φ3.5×10.0mm DMS Implant, φ3.5×12.0mm DMS Implant, φ3.5×14.0mm DMS Implant, φ4.0×7.0mm DMS Implant, φ4.0×8.0mm DMS Implant, φ4.0×10.0mm DMS Implant, φ4.0×12.0mm DMS Implant, φ4.0×14.0mm DMS Implant, φ4.6×7.0mm DMS Implant, φ4.6×8.0mm DMS Implant, φ4.6×10.0mm DMS Implant, φ4.6×12.0mm DMS Implant, φ4.6×14.0mm DMS Implant, φ5.0×7.0mm DMS Implant, φ5.0×8.0mm DMS Implant, φ5.0×10.0mm DMS Implant, φ5.0×12.0mm DMS Implant, φ5.0×14.0mm

Material: Titanium alloy Specifications: DMS Multi ST Abutment, φ4.4×1.0mm DMS Multi ST Abutment, φ4.4×1.5mm DMS Multi ST Abutment, φ4.4×2.5mm DMS Multi ST Abutment, φ4.4×3.5mm DMS Multi ST Abutment, φ4.4×4.5mm DMS Multi ST Abutment, φ5.5×1.5mm DMS Multi ST Abutment, φ5.5×2.5mm DMS Multi ST Abutment, φ5.5×3.5mm DMS Multi ST Abutment, φ5.5×4.5mm

Material: Titanium alloy Specifications: DMS Multi 15° Angled Abutment, φ4.6×1.0mm DMS Multi 15° Angled Abutment, φ4.6×2.0mm DMS Multi 15° Angled Abutment, φ5.5×1.5mm DMS Multi 15° Angled Abutment, φ5.5×3.0mm DMS Multi 30° Angled Abutment, φ4.6×1.0mm DMS Multi 30° Angled Abutment, φ5.5×1.5mm DMS Multi 30° Angled Abutment, φ5.5×3.0mm

Material: Titanium alloy Specifications: DMS Healing Abutment, φ4.1×2.0mm DMS Healing Abutment, φ4.1×3.5mm DMS Healing Abutment, φ4.1×5.0mm DMS Healing Abutment, φ4.1×7.0mm DMS Healing Abutment, φ4.5×2.0mm DMS Healing Abutment, φ4.5×3.5mm DMS Healing Abutment, φ4.5×5.0mm DMS Healing Abutment, φ4.5×7.0mm DMS Healing Abutment, φ5.5×2.0mm DMS Healing Abutment, φ5.5×3.5mm DMS Healing Abutment, φ5.5×5.0mm DMS Healing Abutment, φ5.5×7.0mm

Material: Titanium alloy Specifications: DMS ST Abutment, φ4.4×1.0mm DMS ST Abutment, φ4.4×1.5mm DMS ST Abutment, φ4.4×2.5mm DMS ST Abutment, φ4.4×3.5mm DMS ST Abutment, φ4.4×4.5mm DMS ST Abutment, φ5.5×1.5mm DMS ST Abutment, φ5.5×2.5mm DMS ST Abutment, φ5.5×3.5mm DMS ST Abutment, φ5.5×4.5mm DMS ST Abutment, φ6.5×1.5mm DMS ST Abutment, φ6.5×2.5mm DMS ST Abutment, φ6.5×3.5mm DMS ST Abutment, φ6.5×4.5mm

Material: Titanium alloy Specifications: DMS 15° Abutment, φ4.4×1.5mm DMS 15° Abutment, φ4.4×2.0mm DMS 15° Abutment, φ4.4×2.5mm DMS 15° Abutment, φ4.4×3.5mm DMS 15° Abutment, φ4.4×4.0mm DMS 15° Abutment, φ5.5×1.5mm DMS 15° Abutment, φ5.5×2.0mm DMS 15° Abutment, φ5.5×2.5mm DMS 15° Abutment, φ5.5×3.5mm DMS 15° Abutment, φ5.5×4.0mm

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: DMS Implant, φ3.5×7.0mm DMS Implant, φ3.5×8.0mm DMS Implant, φ3.5×10.0mm DMS Implant, φ3.5×12.0mm DMS Implant, φ3.5×14.0mm DMS Implant, φ4.0×7.0mm DMS Implant, φ4.0×8.0mm DMS Implant, φ4.0×10.0mm DMS Implant, φ4.0×12.0mm DMS Implant, φ4.0×14.0mm DMS Implant, φ4.6×7.0mm DMS Implant, φ4.6×8.0mm DMS Implant, φ4.6×10.0mm DMS Implant, φ4.6×12.0mm DMS Implant, φ4.6×14.0mm DMS Implant, φ5.0×7.0mm DMS Implant, φ5.0×8.0mm DMS Implant, φ5.0×10.0mm DMS Implant, φ5.0×12.0mm DMS Implant, φ5.0×14.0mm

The design of Delta Anterior Cervical Plate and Cage Combination System has three-screw plate for multi-planar stability, and Delta Guide with its fixed angle screw insertion which ensures optimal alignment for plate, cage and screw. In the meantime, Delta Anterior Cervical Plate and Cage Combination System can be used for degenerative disc disease, trauma, tumor, deformity (defined as kyphosis, lordosis, or scoliosis), pseudarthrosis, and failed previous fusions and so on.