The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The BOLD SCREW is a cannulated compression screw made of a Titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot. Screws come in lengths of 10-34 mm.

The sterile 2' in 1' cannulated shouldered drill, with a 4.0mm diameter cilyndrical attachment and a total length of 65mm, a four lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm compression screws and the shape of the screw heads to allow complete countersink.

The sterile 2' in 1' cannulated shouldered drill, with a 4.0mm diameter cylindrical attachment and a total length of 65mm, a four lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm compression screws and the shape of the screw heads to allow complete countersink.

The sterile 2' in 1' cannulated shouldered drill, with a 4.0mm diameter cylindrical attachment and a total length of 65mm, a four lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm compression screws and the shape of the screw heads to allow complete countersink.

The quick coupling straight handle is used to connect the screwdriver axes with 6.0mm diameter tri shank attachments for motor or hand power to implant or explant 4.3mm screws.

The quick coupling straight handle is used to connect screwdriver axes and drills with 6.0mm diameter tri shank attachments for screwing and drilling.

Non-sterile '2 in 1' shouldered drill to single drive the body of compression screws and shape of the screw heads to allow complete countersink

"2 in 1" drill dia. 2,2 / 3mm L.18mm AO

"2 in 1" drill dia. 2,2 / 3mm L.7mm AO

The sterile '2 in 1' shouldered drill, with a 1.6mm diameter cylindrical attachment and a total length of 90mm, a four lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm compression screws and the shape of the screw heads to allow complete countersink.

The stainless steel complete box is used in the transport and the sterilization of the I.CO.S® XL compression screw associated instruments and non-sterile implants. It includes one base with reference 119986ND, one insert with reference 119984ND, one silicone carpet with reference 119988ND and one lid with reference 996200ND.The transport and sterilization containers are not intended to maintain sterility.

The silicone base is part of the container with reference 119985ND used in the transport and the sterilization of the associated instruments and non-sterile implants. It is composed of one base with two silicone bumpers to securely maintain the devices, one carpet with reference 119988ND and four wedges with reference 119909ND.The transport and sterilization containers are not intended to maintain sterility.

The silicone carpet is part of the base with reference 119986ND used in the transport and the sterilization of the I.CO.S® XL compression screw associated instruments and non-sterile implants.

The tray is part of the container with reference 119990ND, used in the transport and the sterilization of the LARGE UNI-CLIP® associated instruments and non sterile implants.The transport and sterilization containers are not intended to maintain sterility.

The TAC PIN is a self tapping threaded wire. Its proximal part is fixed on a standard surgical power tool equipment and once the threaded wire is introduced and positioned as required, the surgeon cuts the protruding part at the bone surface. This pin is designed with a variable pitch, for a true and adapted compression. It is made out of titanium alloy, and it is delivered non sterile.

The TAC PIN is a self tapping threaded wire. Its proximal part is fixed on a standard surgical power tool equipment and once the threaded wire is introduced and positioned as required, the surgeon cuts the protruding part at the bone surface. This pin is designed with a variable pitch, for a true and adapted compression. It is made out of titanium alloy, and it is delivered non sterile.

The TAC PIN is a self tapping threaded wire. Its proximal part is fixed on a standard surgical power tool equipment and once the threaded wire is introduced and positioned as required, the surgeon cuts the protruding part at the bone surface. This pin is designed with a variable pitch, for a true and adapted compression. It is made out of titanium alloy, and it is delivered non sterile.

The 5.5mm screw rack is part of the set with reference 121960ND used in the transport and the sterilization of the LARGE QWIX® 5.5mm and 7.5mm screw associated instruments and non sterile implants. It is composed of one rack and one washer rack lid with reference 119956ND.The transport and sterilization containers are not intended to maintain sterility.

The implant set is used in the transport and the sterilization of the LARGE QWIX® 5.5mm and 7.5mm screw associated instruments and non sterile implants. It includes one implant tray base with reference 121961ND, one 7.5mm screw rack with reference 121975ND and one 5.5mm screw rack with reference 121955ND.The transport and sterilization containers are not intended to maintain sterility.

The 3mm thickness blue colored anterior wedge, with a hexagonal attachment, is screwed into the tibial plate holes to position the plate at desired distance on the tibia during the talar part fixation.

The 6mm thickness green colored anterior wedge, with a hexagonal attachment, is screwed into the tibial plate holes to position the plate at desired distance on the tibia during the talar part fixation.

The 9mm thickness yellow colored anterior wedge, with a hexagonal attachment, is screwed into the tibial plate holes to position the plate at desired distance on the tibia during the talar part fixation.

The holder is used to hold the plate and ease the handling during surgery.

The wedge 10° is used to adjust the orientation of the osteotomy

The wedge 15° is used to adjust the orientation of the osteotomy

The wedge 20° is used to adjust the orientation of the osteotomy

The LARGE UNI-CLIP STAPLE is a staple so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of size (20mm or 25mm interaxis and lengths vary from 20 to 32mm). The LARGE UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.

The LARGE UNI-CLIP STAPLE is a staple so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of size (20mm or 25mm interaxis and lengths vary from 20 to 32mm). The LARGE UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.

The LARGE UNI-CLIP STAPLE is a staple so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of size (20mm or 25mm interaxis and lengths vary from 20 to 32mm). The LARGE UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.

The T-handle with AO attachment is used to remove the compression rods, the drill guides and the soft tissue protectors.

The support device is part of the system used for the insertion of the nail and to perform compression.

The nail fixation axis is part of the system used for the insertion of the nail and to perform compression.

The toothed wheel is part of the system used for the insertion of the nail and to perform compression.

The compression device is part of the system used for the insertion of the nail and to perform compression.

The threaded axis is part of the system used for the insertion of the nail and to perform compression.

The plastic ring is part of the system used for the insertion of the nail and to perform compression.

The compression wheel is part of the system used for the insertion of the nail and to perform compression.

The compression rod is used in combination with the compression device to allow compression of the assembly.