The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The NEWDEAL K-WIRE is available in four different designs, with one or two sharp self-drilling tips either smooth or partially threaded. One part is fixed on a standard surgical power tool equipment for insertion. They are made out of stainless steel and are dedicated to fixation of bone fractures, bone reconstruction, as guide pins for insertion of other implants.

The cannulated graduated drill, with a 6.0mm diameter tri shank attachment and a total length of 180mm, is used to drill the bone for the introduction of the 5.5mm screws.

The 2' in 1' short cannulated shouldered drill, with a 6.0mm diameter tri shank attachment and a total length of 113.5mm, and a three lip 5.8mm diameter countersink, is used to drill the bone for introduction of the 5.5mm screw heads.

The cannulated graduated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for introduction of the 7.5mm screws.

The 2' in 1' short cannulated shouldered drill, with a three lip tip, a 6.0mm diameter tri shank attachment and and a three lip 7mm diameter countersink, is used on a quick coupling handle, to prepare the location of the 7.5mm screw heads.

The drilling guide is used to guide the drills while preparing the holes for the staples. After having decided which interaxis between the two legs of the staple, the guide is ajusted and the holes are drilled.The joint should be in the middle between the two sleeves of the guide.

The 2' in 1' cannulated shouldered drill, with a 6.0mm diameter tri shank attachment and a total length of 90mm, a three 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 2' in 1' cannulated shouldered drill, with a 6.0mm diameter tri shank attachment and a three 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 long cannulated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for the insertion of the 4.0mm.

The short cannulated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for the insertion of the 4.0mm compression screw heads. It must be used through a protection sleeve.

The short cannulated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for the insertion of the 6.5mm compression screw heads. It must be used through the external protecting sleeve with reference 119552ND.

The long cannulated graduated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for the insertion of the 6.5mm compression screws.

The cannulated graduated drill, with a three lip tip and a 6.0mm diameter tri shank attachment, is used to drill the bone for the insertion of the 6.5mm compression screws.

Drill dia. 1.9mm

The cannulated drill, with a 4.5mm diameter A-O attachment and a total length of 90mm, is used to drill the bone to prepare the implantation of the staples.

AO "2 in 1" cannulated drill dia. 2.2/3.0mm L.32mm

AO "2 in 1" cannulated drill dia. 2.2/3.0mm L.22mm

The '2 in 1' cannulated shouldered drill, with a 4.5mm diameter A-O attachment and a total length of 65mm, with a four lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm screws and the shape of the screw heads to allow complete countersink.

AO "2 in 1" cannulated drill dia. 2.2/3.0mm L.12mm

The '2 in 1' shouldered drill, with a 4.5mm diameter A-O attachment and a total length of 90mm, a five lip 3mm diameter countersink, is designed to drill in one single drive the the 3.0 & 3.7mm screws and the shape of the screw heads to allow complete countersink.

The sterile '2 in 1' shouldered drill, with a 4.5mm diameter A-O attachment and a total length of 90mm, a five lip 3mm diameter countersink, is designed to drill in one single drive the the 3.0 & 3.7mm screws and the shape of the screw heads to allow complete countersink.

The '2 in 1' shouldered drill, with a 4.5mm diameter A-O attachment and a total length of 90mm, a five lip 3mm diameter countersink, is designed to drill in one single drive the body of the 3.0 & 3.7mm screws and the shape of the screw heads to allow complete countersink.

The '2 in 1' shouldered drill, with a 4.5mm diameter A-O attachment and a total length of 90mm, a five lip 3mm diameter countersink, is designed to drill in one single drive the body of the the 3.0 & 3.7mm screws and the shape of the screw heads to allow complete countersink.

AO "2 in 1" drill dia. 2.2/3.0mm L.12mm

The drill of diameter 2.7 mm and of total length 125 mm with AO attachment is used to pre-drill before the insertion of the screw. Using a drilling guide, the screw length can be read from the calibrated scale on the drill.

The drill of diameter 3.0 mm and of total length 190 mm with AO attachment is used to pre-drill before the insertion of the 4.5 mm screws. Using a drilling guide, the screw length can be read from the calibrated scale on the drill.It is also used to drill the bone to prepare the implantation of Large UNI-CLIP® Staples.

The drill of diameter 3.5 mm and of total length 200 mm with AO attachment is used to pre-drill before the insertion of the 6.5 mm screws. Using a drilling guide, the screw length can be read from the calibrated scale on the drill.

The drill of diameter 2.0 mm and of total length 100 mm is used to pre-drill before the insertion of the screws.

The drill of diameter 2.0 mm and of total length 100 mm with AO attachment is used to pre-drill before the insertion of the screws.

The implant sizer for T and U plates is used to choose the appropriate size of the final implant and to define the correct plate configuration and position.

The lengthened medium drill of diameter 4.3 mm and of total length 275 mm is used to pre-drill before the insertion of the calcaneus screws.

The short drill of diameter 4.3 mm and of total length 210 mm is used to pre-drill before the insertion of the calcaneus screws.

The drill of diameter 4.3 mm and of total length 210 mm is used to pre-drill before the insertion of the tibial screws and the optional talar screw.

The drill of diameter 5.0 mm and of total length 180 mm is used to drill before the insertion of the compression rod.

The long drill of diameter 4.3 mm and of total length 250 mm is used to pre-drill before the insertion of the calcaneus screws.

The cannulated drill of diameter 7.0 mm and of total length 220 mm is used to pre-drill before the reaming of the intramedullary canal.

The medium drill of diameter 4.3 mm and of total length 235 mm is used to pre-drill before the reaming of the intramedullary canal.

The cannulated drill of diameter 9.0 mm and of total length 220 mm is used to pre-drill before the reaming of the intramedullary canal.

The conical reamer of diameter 10.5 mm and of total length 350 mm for Panta® XL Nail is used to ream the intramedullary canal to prepare the nail insertion.

The conical reamer of diameter 11.5 mm and of total length 350 mm for Panta® XL Nail is used to ream the intramedullary canal to prepare the nail insertion.

The conical reamer of diameter 12.5 mm and of total length 350 mm for Panta® XL Nail is used to ream the intramedullary canal to prepare the nail insertion.

The conical reamer of diameter 13.5 mm and of total length 350 mm for Panta® XL Nail is used to ream the intramedullary canal to prepare the nail insertion.

The drilling guide is placed in the plate on the bone and is used to guide the drilling of the bone and protect the soft tissues.

The drilling guide is placed in the plate on the bone and is used to guide the drilling of the bone and protect the soft tissues.