Our Catalog

L22

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L22

L28

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L28

L26

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L26

L24

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L24

L20

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L20

L16

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L16

L30

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L30

L18

Self-tapping 4.0mm cancellous bone screw designed for fixation in cancellous (spongy) bone. Features a deeper thread profile and wider pitch for superior grip in low-density bone tissue. Manufactured from surgical-grade stainless steel.

CCS40-L18

L30

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L30

L34

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L34

L32

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L32

L20

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L20

L36

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L36

L28

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L28

L24

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L24

L18

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L18

L22

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L22

L16

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L16

L26

Precision-engineered 4.0mm cannulated screw with a central hollow core for guidewire-assisted insertion. Enables accurate percutaneous placement under fluoroscopic guidance with minimal soft tissue disruption.

CAN40-L26

L60

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L60

L35

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L35

L50

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L50

L30

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L30

L40

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L40

L45

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L45

L55

Large 6.5mm cannulated screw for femoral neck fractures and large cancellous bone fragments. Over-guidewire insertion ensures precise trajectory and optimal compression. Standard for hip fracture fixation.

CAN65-L55

Large

Modular external fixation system for temporary or definitive stabilization of complex fractures. Radiolucent carbon fiber bars with stainless steel clamps allow multiplanar frame construction.

EXT-L

Small

Modular external fixation system for temporary or definitive stabilization of complex fractures. Radiolucent carbon fiber bars with stainless steel clamps allow multiplanar frame construction.

EXT-S

Medium

Modular external fixation system for temporary or definitive stabilization of complex fractures. Radiolucent carbon fiber bars with stainless steel clamps allow multiplanar frame construction.

EXT-M

L32

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L32

L36

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L36

L28

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L28

L26

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L26

L34

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L34

L38

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L38

L40

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L40

L30

Distal locking screw for the Gamma nail system providing rotational and axial stability. Self-tapping design for easy insertion through distal nail holes.

GAM-DLS-L30

Complete Gamma nail instrument set with targeting device, drill guides, reamers, insertion handle, and extraction tools. Compatible with all Gamma nail sizes.

GAM-SET

11 mm

Intramedullary gamma nail for trochanteric and subtrochanteric femoral fractures. Anatomically contoured design matches proximal femur geometry. Provides controlled collapse and dynamic compression.

GAM-NAIL-11

12 mm

Intramedullary gamma nail for trochanteric and subtrochanteric femoral fractures. Anatomically contoured design matches proximal femur geometry. Provides controlled collapse and dynamic compression.

GAM-NAIL-12

10 mm

Intramedullary gamma nail for trochanteric and subtrochanteric femoral fractures. Anatomically contoured design matches proximal femur geometry. Provides controlled collapse and dynamic compression.

GAM-NAIL-10

L95

Sliding lag screw component of the Gamma nail system for proximal femur fracture fixation. Helical blade tip ensures superior anchoring in osteoporotic bone.

GAM-LAG-L95

L90

Sliding lag screw component of the Gamma nail system for proximal femur fracture fixation. Helical blade tip ensures superior anchoring in osteoporotic bone.

GAM-LAG-L90

L100

Sliding lag screw component of the Gamma nail system for proximal femur fracture fixation. Helical blade tip ensures superior anchoring in osteoporotic bone.

GAM-LAG-L100

L85

Sliding lag screw component of the Gamma nail system for proximal femur fracture fixation. Helical blade tip ensures superior anchoring in osteoporotic bone.

GAM-LAG-L85

L80

Sliding lag screw component of the Gamma nail system for proximal femur fracture fixation. Helical blade tip ensures superior anchoring in osteoporotic bone.

GAM-LAG-L80

Right / 7 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-R-7H

Left / 9 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-L-9H

Right / 11 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-R-11H

Left / 5 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-L-5H

Left / 7 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-L-7H

Left / 11 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-L-11H

Right / 9 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-R-9H

Right / 5 holes

Anatomically pre-contoured locked plate for distal femur fracture fixation. Low-profile design with angular stability through locked screw-plate interface. For supracondylar and intercondylar femur fractures.

DFLP-R-5H

Left / 6 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-L-6H

Left / 7 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-L-7H

Right / 7 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-R-7H

Left / 8 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-L-8H

Right / 6 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-R-6H

Right / 8 holes

Anatomically shaped locked plate for distal tibia and pilon fractures. Thin profile conforms to medial tibial surface. Threaded locking holes provide fixed-angle stability.

DTLP-R-8H

5 holes

Anatomically contoured locked plate for proximal humerus fracture fixation. Multiple divergent locking screw trajectories maximize fixation in the humeral head. Low-profile design reduces impingement.

PHLP-5H

4 holes

Anatomically contoured locked plate for proximal humerus fracture fixation. Multiple divergent locking screw trajectories maximize fixation in the humeral head. Low-profile design reduces impingement.

PHLP-4H

3 holes

Anatomically contoured locked plate for proximal humerus fracture fixation. Multiple divergent locking screw trajectories maximize fixation in the humeral head. Low-profile design reduces impingement.

PHLP-3H

Left / 8 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-L-8H

Right / 8 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-R-8H

Right / 6 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-R-6H

Left / 6 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-L-6H

Right / 7 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-R-7H

Left / 7 holes

Anatomically pre-shaped locked plate for proximal tibia and tibial plateau fractures. Raft screw holes support the articular surface and prevent subsidence. Angular stable locking mechanism.

PTLP-L-7H

L26-L75 mixed

Mixed-length set of 5.0mm locking screws for locked plate systems. Threaded screw head creates fixed-angle construct with the plate. Self-tapping tip. Ideal for osteoporotic bone.

LOCK50-MIX

2.5 mm

Flexible titanium elastic nail (TEN) for minimally invasive intramedullary fixation. Pre-bent C-shaped design provides three-point fixation. Standard for pediatric long bone fractures.

TEN-2.5

3.5 mm

Flexible titanium elastic nail (TEN) for minimally invasive intramedullary fixation. Pre-bent C-shaped design provides three-point fixation. Standard for pediatric long bone fractures.

TEN-3.5

1.5 mm

Flexible titanium elastic nail (TEN) for minimally invasive intramedullary fixation. Pre-bent C-shaped design provides three-point fixation. Standard for pediatric long bone fractures.

TEN-1.5

3.0 mm

Flexible titanium elastic nail (TEN) for minimally invasive intramedullary fixation. Pre-bent C-shaped design provides three-point fixation. Standard for pediatric long bone fractures.

TEN-3.0

2.0 mm

Flexible titanium elastic nail (TEN) for minimally invasive intramedullary fixation. Pre-bent C-shaped design provides three-point fixation. Standard for pediatric long bone fractures.

TEN-2.0

7 holes

3.5mm Dynamic Compression Plate (DCP) for small fragment fracture fixation. Oval screw holes enable axial compression. Suitable for forearm, clavicle, and small bone diaphyseal fractures.

DCP35-7H

5 holes

3.5mm Dynamic Compression Plate (DCP) for small fragment fracture fixation. Oval screw holes enable axial compression. Suitable for forearm, clavicle, and small bone diaphyseal fractures.

DCP35-5H

8 holes

3.5mm Dynamic Compression Plate (DCP) for small fragment fracture fixation. Oval screw holes enable axial compression. Suitable for forearm, clavicle, and small bone diaphyseal fractures.

DCP35-8H

6 holes

3.5mm Dynamic Compression Plate (DCP) for small fragment fracture fixation. Oval screw holes enable axial compression. Suitable for forearm, clavicle, and small bone diaphyseal fractures.

DCP35-6H

8 holes

4.5mm broad Dynamic Compression Plate for large fragment fixation in high-load-bearing bones. Wide profile distributes stress across larger bone surface. For femoral, tibial, and humeral shaft fractures.

DCP45B-8H

10 holes

4.5mm broad Dynamic Compression Plate for large fragment fixation in high-load-bearing bones. Wide profile distributes stress across larger bone surface. For femoral, tibial, and humeral shaft fractures.

DCP45B-10H

7 holes

4.5mm broad Dynamic Compression Plate for large fragment fixation in high-load-bearing bones. Wide profile distributes stress across larger bone surface. For femoral, tibial, and humeral shaft fractures.

DCP45B-7H

9 holes

4.5mm broad Dynamic Compression Plate for large fragment fixation in high-load-bearing bones. Wide profile distributes stress across larger bone surface. For femoral, tibial, and humeral shaft fractures.

DCP45B-9H

7 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-7H

8 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-8H

11 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-11H

9 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-9H

10 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-10H

12 holes

4.5mm narrow Dynamic Compression Plate offering large-fragment fixation with reduced footprint. Dynamic compression holes provide controlled axial compression. For tibial, humeral, and forearm fractures.

DCP45N-12H

5 holes

Dynamic Hip Screw (DHS) plate for intertrochanteric and basicervical hip fracture fixation. Barrel design allows controlled sliding for fracture impaction and compression. Gold-standard implant.

DHS-5H

4 holes

Dynamic Hip Screw (DHS) plate for intertrochanteric and basicervical hip fracture fixation. Barrel design allows controlled sliding for fracture impaction and compression. Gold-standard implant.

DHS-4H

3.0 mm

Self-drilling Schanz screw (half-pin) for external fixator attachment. Trocar tip enables insertion without pre-drilling. Stainless steel construction withstands external frame loading demands.

SCH-3.0

4.0 mm

Self-drilling Schanz screw (half-pin) for external fixator attachment. Trocar tip enables insertion without pre-drilling. Stainless steel construction withstands external frame loading demands.

SCH-4.0

3.5 mm

Self-drilling Schanz screw (half-pin) for external fixator attachment. Trocar tip enables insertion without pre-drilling. Stainless steel construction withstands external frame loading demands.

SCH-3.5

4.5 mm

Self-drilling Schanz screw (half-pin) for external fixator attachment. Trocar tip enables insertion without pre-drilling. Stainless steel construction withstands external frame loading demands.

SCH-4.5

L14

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L14

L18

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L18

L16

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L16

L24

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L24

L22

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L22

L20

Self-tapping 3.5mm cortical screw with fine thread pitch optimized for dense cortical bone. Hex socket drive for secure engagement. Used with 3.5mm DCP and reconstruction plates.

CS35-L20

L40

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L40

L20

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L20

L34

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L34

L36

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L36

L22

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L22

L42

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L42

L38

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L38

L30

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L30

L32

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L32

L24

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L24

L26

Self-tapping 4.5mm cortical screw for large fragment cortical bone fixation. Compatible with 4.5mm DCP broad and narrow plates. Optimized thread geometry for excellent pull-out resistance.

CS45-L26

L100

Large-diameter lag screw for interfragmentary compression in hip fracture fixation. Designed to slide within the DHS barrel plate for controlled fracture impaction. Precision-ground thread for femoral head grip.

LAG-L100

L95

Large-diameter lag screw for interfragmentary compression in hip fracture fixation. Designed to slide within the DHS barrel plate for controlled fracture impaction. Precision-ground thread for femoral head grip.

LAG-L95

L85

Large-diameter lag screw for interfragmentary compression in hip fracture fixation. Designed to slide within the DHS barrel plate for controlled fracture impaction. Precision-ground thread for femoral head grip.

LAG-L85

L90

Large-diameter lag screw for interfragmentary compression in hip fracture fixation. Designed to slide within the DHS barrel plate for controlled fracture impaction. Precision-ground thread for femoral head grip.

LAG-L90

L80

Large-diameter lag screw for interfragmentary compression in hip fracture fixation. Designed to slide within the DHS barrel plate for controlled fracture impaction. Precision-ground thread for femoral head grip.

LAG-L80

344

daas

Comprehensive large fragment locked plating system with plates, locking screws, cortex screws, and instrumentation. Complete solution for complex fracture fixation with angular stable constructs.

LFLS-SET

Surgical-grade cerclage wire for circumferential bone fragment fixation. Malleable stainless steel for precise contouring. Used in periprosthetic fractures and revision arthroplasty.

CER-1

1.5 mm

Smooth Kirschner wire (K-wire) for temporary fracture fixation and guidewire applications. Versatile implant for hand, wrist, foot, and pediatric fracture fixation.

KW-1.5

2.0 mm

Smooth Kirschner wire (K-wire) for temporary fracture fixation and guidewire applications. Versatile implant for hand, wrist, foot, and pediatric fracture fixation.

KW-2.0

1.7 mm

Smooth Kirschner wire (K-wire) for temporary fracture fixation and guidewire applications. Versatile implant for hand, wrist, foot, and pediatric fracture fixation.

KW-1.7

1.2 mm

Smooth Kirschner wire (K-wire) for temporary fracture fixation and guidewire applications. Versatile implant for hand, wrist, foot, and pediatric fracture fixation.

KW-1.2