SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 20 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 20 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.5 mm L 20 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 12 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 12 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.5 mm L 12 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 10 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 10 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.5 mm L 10 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 18 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.5 mm L 18 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.5 mm L 18 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 18 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 18 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.0 mm L 18 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 12 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 12 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.0 mm L 12 mm Variable Angle Self Drilling Screw
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 10 mm Variable Angle Self Dri
SEA-LINK Anterior Cervical Plate System Ø 4.0 mm L 10 mm Variable Angle Self Drilling Screw
KWQ
Appliance, Fixation, Spinal Intervertebral Body
2
SEA-LINK Anterior Cervical Ø 4.0 mm L 10 mm Variable Angle Self Drilling Screw
Cement Pressurizer is intended to be used in cemented arthroplasty for the press
Cement Pressurizer is intended to be used in cemented arthroplasty for the pressurization of the cement inside the femoral canal during retrograde filling.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. Various connections with reamer cutting tool and couplings with power tool (Big AO, Stryker-Zimmer/Hall and Harris) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. Various connections with reamer cutting tool and couplings with power tool (Big AO, Stryker-Zimmer/Hall and Harris) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. Various connections with reamer cutting tool and couplings with power tool (Big AO, Stryker-Zimmer/Hall and Harris) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
The Intramedullary reamer shaft is used in combination with the Intramedullary r
The Intramedullary reamer shaft is used in combination with the Intramedullary reamer head to ream the medullary cavity of long bones in traumatologic or limb lengthening surgery of the femur, tibia and humerus bones where medullary cavities need to be prepared prior to placing a nail.The intramedullary reamers are intended for use with a guide wire to permit to secure the assembly and a surgical drilling machine. A range of models is proposed in regards with the nail to be implanted. Different coupling are available to connect the shaft with existing power tool. The device is reusable.
IM reamer shaft dove tail 470 mm, Stryker/Zimmer-Hall coup.
The handle is proposed as accessory for the carbon offset reamer handles.This is
The handle is proposed as accessory for the carbon offset reamer handles.This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. A non clipped and dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. A non clipped and dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. A non clipped and dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Offset Reamer handles designed for required minimally invasive surgical approach
Offset Reamer handles designed for required minimally invasive surgical approach of the hip joint. A non clipped and dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available. It could be disassembled in 5 parts allowing the cleaning of the instrument. This is a reusable device.
Reamer handles designed for all required surgical approach of the hip joint. A d
Reamer handles designed for all required surgical approach of the hip joint. A dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available.The handle could be disassembled allowing the cleaning of the instrument. This is a reusable device.
Reamer handles designed for all required surgical approach of the hip joint. A d
Reamer handles designed for all required surgical approach of the hip joint. A dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available.The handle could be disassembled allowing the cleaning of the instrument. This is a reusable device.
Reamer handles designed for all required surgical approach of the hip joint. A d
Reamer handles designed for all required surgical approach of the hip joint. A dual connection with reamer cutting tool and 3 couplings with power tool (Big AO, Stryker-Zimmer/Hall and Hudson) are available.The handle could be disassembled allowing the cleaning of the instrument. This is a reusable device.
The Intramedullary reamer shaft is used in combination with the Intramedullary r
The Intramedullary reamer shaft is used in combination with the Intramedullary reamer head to ream the medullary cavity of long bones in traumatologic or limb lengthening surgery of the femur, tibia and humerus bones where medullary cavities need to be prepared prior to placing a nail.The intramedullary reamers are intended for use with a guide wire to permit to secure the assembly and a surgical drilling machine. A range of models is proposed in regards with the nail to be implanted. Different coupling are available to connect the shaft with existing power tool. The device is reusable.
A screw for replacement on the extraction clamp when the damaged blade needs to
A screw for replacement on the extraction clamp when the damaged blade needs to be replaced by a new clamp. This is a reusable device.
A hand-held instrument used to, as soon as the femoral implant has been loosed b
A hand-held instrument used to, as soon as the femoral implant has been loosed by the chisel blade, for punching out the femoral implant. The extremity is applied proximal onto onto the femoral anterior flange for a stable and safe extraction.This is a reusable device.
Hook, in combination with the slap hammer, is intended to help the surgeon to pu
Hook, in combination with the slap hammer, is intended to help the surgeon to pull/liberate the components in area where the access, due to soft tissues, is limited. When the instrument is placed at the femoral distal trochlea groove, it is ideal for pulling off the femoral implant. This is a reusable device.