Bids Are Invited For Femur Nail 10 X 420 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved10x42mm.Made Of Medical Grade Titanium. , Femur Nail 10 X 440 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved10x44mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 340 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved11x34 Mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 360 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved 11X36 Mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 380 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved11x38 Mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 400 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved11x40 Mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 420 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved11x42mm.Made Of Medical Grade Titanium. , Femur Nail 11 X 440 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved11x44mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 340 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved12x34 Mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 360 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved 12X36 Mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 380 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved12x38 Mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 400 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved12x40 Mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 420 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved12x42mm.Made Of Medical Grade Titanium. , Femur Nail 12 X 440 Mm - Femur Nail Must Accept 4.9 Mm Lb As Well As 5 Mm Locking Screw, 3 / 8 Unf , Nail Must Permit 5 Mm Controlled Axial Dynamization , Nail Is Bent At 1.5 M Radius Of Curvature With Dynamic Hole & Four Locking Options. Product Must Be U.S.Fda Approved12x44mm.Made Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 30 Mm - 4.9 Mm Locking Bolt 30 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 32 Mm - 4.9 Mm Locking Bolt 32 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 34 Mm - 4.9 Mm Locking Bolt 34 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 36 Mm - 4.9 Mm Locking Bolt 36 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 38 Mm - 4.9 Mm Locking Bolt 38 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 40 Mm - 4.9 Mm Locking Bolt 40 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 42 Mm - 4.9 Mm Locking Bolt 42 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.9 Mm Locking Bolt 44 Mm - 4.9 Mm Locking Bolt 44 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 4.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 28 Mm - 3.9 Mm Locking Bolt 28 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 30 Mm - 3.9 Mm Locking Bolt 30 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 32 Mm - 3.9 Mm Locking Bolt 32 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 34 Mm - 3.9 Mm Locking Bolt 34 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 36 Mm - 3.9 Mm Locking Bolt 36 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 38 Mm - 3.9 Mm Locking Bolt 38 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 40 Mm - 3.9 Mm Locking Bolt 40 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 42 Mm - 3.9 Mm Locking Bolt 42 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.9 Mm Locking Bolt 44 Mm - 3.9 Mm Locking Bolt 44 Mm, Locking Bolt Which Are Compatible With Different Types Of Nailing System With Ore Dia Of 3.35 With Self Cutting Trocar Tip Single Step Design With Hex Drive Of 3.5 Mm Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 14 Mm - 3.5 Mm Cortex Screws 14 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 16 Mm - 3.5 Mm Cortex Screws 16 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 18 Mm - 3.5 Mm Cortex Screws 18 Mm 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 20 Mm - 3.5 Mm Cortex Screws 20 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 22 Mm - 3.5 Mm Cortex Screws 22 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 24 Mm - 3.5 Mm Cortex Screws 24 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 26 Mm - 3.5 Mm Cortex Screws 26 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 28 Mm - 3.5 Mm Cortex Screws 28 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 30 Mm - 3.5 Mm Cortex Screws 30 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 32 Mm - 3.5 Mm Cortex Screws 32 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 34 Mm - 3.5 Mm Cortex Screws 34 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 36 Mm - 3.5 Mm Cortex Screws 36 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 38 Mm - 3.5 Mm Cortex Screws 38 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 40 Mm - 3.5 Mm Cortex Screws 40 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 42 Mm - 3.5 Mm Cortex Screws 42 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 46 Mm - 3.5 Mm Cortex Screws 46 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 48 Mm - 3.5 Mm Cortex Screws 48 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Cortex Screws 50 Mm - 3.5 Mm Cortex Screws 50 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 26 Mm - 4.5 Mm Cortex Screws 26 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 28 Mm - 4.5 Mm Cortex Screws 28 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 30 Mm - 4.5 Mm Cortex Screws 30 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 32 Mm - 4.5 Mm Cortex Screws 32 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 34 Mm - 4.5 Mm Cortex Screws 34 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 36 Mm - 4.5 Mm Cortex Screws 36 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 38 Mm - 4.5 Mm Cortex Screws 38 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 40 Mm - 4.5 Mm Cortex Screws 40 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 4.5 Mm Cortex Screws 42 Mm - 4.5 Mm Cortex Screws 42 Mm. 3.5 Mm Cortex Screw Must Be Self Tapping , Screw Design Have Capability To Create Axial Compression , It Must Eliminate Shear Forces Which Leads To Loss Of Reduction While Compressing A Plate To The Bone. Product Must Be U.S.Fda Approved Made Up Of Medical Grade Titanium. , 3.5 Mm Locking Head Screws 16 Mm - 3.5 Mm Locking Head Screws 16 Mm, 3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 18 Mm - 3.5 Mm Locking Head Screws 18 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 20 Mm - 3.5 Mm Locking Head Screws 20 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 22 Mm - 3.5 Mm Locking Head Screws 22 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 24 Mm - 3.5 Mm Locking Head Screws 24 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 26 Mm - 3.5 Mm Locking Head Screws 26 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 28 Mm - 3.5 Mm Locking Head Screws 28 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 30 Mm - 3.5 Mm Locking Head Screws 30 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 32 Mm - 3.5 Mm Locking Head Screws 32 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 34 Mm - 3.5 Mm Locking Head Screws 34Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 36 Mm - 3.5 Mm Locking Head Screws 36 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 38 Mm - 3.5 Mm Locking Head Screws 38 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 40 Mm - 3.5 Mm Locking Head Screws 40 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 42 Mm - 3.5 Mm Locking Head Screws 42 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 44 Mm - 3.5 Mm Locking Head Screws 44 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 46 Mm - 3.5 Mm Locking Head Screws 46 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 48 Mm - 3.5 Mm Locking Head Screws 48 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 50 Mm - 3.5 Mm Locking Head Screws 50 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved , 3.5 Mm Locking Head Screws 52 Mm - 3.5 Mm Locking Head Screws 52 Mm.3.5 Mm L.H.S Must Have Conical Shaped Head Which Facilitates Alignment Of Screw In To Locking Plate To Provide Secure Screw Plate Construct. Must Have Larger Core Dia To Increase Strength Have Hexagonal Recess Of Locking Head, Must Have Self Tapping Flute. Made Up Of Medical Grade Titanium. Product Must Be U.S.Fda Approved Total Quantity : 1
