The cannulated drill, with a three lip tip and a 2.5mm diameter cylindrical attachment and a total length of 90mm, is used to drill the body shape of the compression staples or screws.

Non-sterile drill for the introduction of compression staples or screws.

Sterile drill for the introduction of the compression staples or screws.

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.

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

The drill, with a two lip tip and a 4.5mm diameter A-O attachment and a total length of 90mm, is used to drill the holes for the introduction of fixation screws or compression staples.

AO Drill dia. 2.2mm

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

The short cannulated drill, with a 6.0 mm diameter tri shank attachment, is used to prepare the cortex for insertion of 4.3mm screw head.

The measurer is used to measure the 200/250mm K-wire in place and decide the screw length to implant. It is placed so that the thin side is aligned with the base of the K-wire.

The depth gauge is used to choose the length of the staple legs.

The measurer is used to measure the 150/200mm K-wire in place and decide the compression screw length to implant. It is placed so that the thin side is aligned with the base of the K-wire.

The measurer is used to measure the 250mm K-wire in place and decide the compression screw length to implant. It is placed so that the thin side is aligned with the base of the K-wire.

GENERAL INSTRUMENT Small Integra distraction Forceps 15cm Outspread Arms

GENERAL INSTRUMENT Small Integra distraction Forceps 15cm Closed Arms

GENERAL INSTRUMENT Large Integra distraction Forceps 21cm Outspread Arms

The depth gauge is used to evaluate the appropriate screw length to implant.

The 14mm diameter metatarsal yellow colored reamer is used to ream and accurately resurface the articular surface of the metatarse for maximal contact and ultimate snug-fit of bone ends.

The 16mm diameter metatarsal blue colored reamer is used to ream and accurately resurface the articular surface of the metatarse for maximal contact and ultimate snug-fit of bone ends.

The 18mm diameter metatarsal red colored reamer is used to ream and accurately resurface the articular surface of the metatarse for maximal contact and ultimate snug-fit of bone ends.

The 20mm diameter metatarsal green colored reamer is used to ream and accurately resurface the articular surface of the metatarse for maximal contact and ultimate snug-fit of bone ends.

The 22mm diameter metatarsal brown colored reamer is used to ream and accurately resurface the articular surface of the metatarse for maximal contact and ultimate snug-fit of bone ends.

The 14mm phalangeal yellow colored reamer is used to ream the articular surface of the phalanx for maximal contact and ultimate snug-fit of bone ends. Its shape creates a concave cup-shaped phalangeal surface to receive the convex shaped metatarsal surface.It must be used with the same color coded metatarsal reamer to have the same diameter of bone ends.

The 16mm phalangeal yellow colored reamer is used to ream the articular surface of the phalanx for maximal contact and ultimate snug-fit of bone ends. Its shape creates a concave cup-shaped phalangeal surface to receive the convex shaped metatarsal surface.It must be used with the same color coded metatarsal reamer to have the same diameter of bone ends.

The 18mm phalangeal yellow colored reamer is used to ream the articular surface of the phalanx for maximal contact and ultimate snug-fit of bone ends. Its shape creates a concave cup-shaped phalangeal surface to receive the convex shaped metatarsal surface.It must be used with the same color coded metatarsal reamer to have the same diameter of bone ends.

The 20mm phalangeal yellow colored reamer is used to ream the articular surface of the phalanx for maximal contact and ultimate snug-fit of bone ends. Its shape creates a concave cup-shaped phalangeal surface to receive the convex shaped metatarsal surface.It must be used with the same color coded metatarsal reamer to have the same diameter of bone ends.

The depth gauge is used to choose the length of the fixation screws.

The 22mm phalangeal yellow colored reamer is used to ream the articular surface of the phalanx for maximal contact and ultimate snug-fit of bone ends. Its shape creates a concave cup-shaped phalangeal surface to receive the convex shaped metatarsal surface.It must be used with the same color coded metatarsal reamer to have the same diameter of bone ends.

The depth gauge is used to choose the length of the fixation screws.

The depth gauge for 3.5 mm screws is used to choose the length of the fixation screws.

The depth gauge for 4.5 mm screws is used to choose the length of the fixation screws.

The depth gauge for 6.5 mm screws is used to choose the length of the fixation screws.

The distal PIP Fusion hand drill is used to prepare the distal phalanx and to define the size of the implant. This model is size 1.

The proximal PIP Fusion hand drill is used to prepare the proximal phalanx and to define the size of the implant. This model is size 1.

The distal PIP Fusion hand drill is used to prepare the distal phalanx and to define the size of the implant. This model is size 2.

The proximal PIP Fusion hand drill is used to prepare the proximal phalanx and to define the size of the implant. This model is size 2.

The depth gauge is used to choose length of fixation screws.

The compression forceps is used to open the olive of the plate to obtain compression.

The reamer of diameter 10 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 11 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 12 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 13 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 10.5 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 11.5 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 12.5 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The classical reamer of diameter 13.5 mm and of total length 300 mm is used to ream the intramedullary canal to prepare the nail insertion.

The depth gauge is used to choose length of fixation screws.

The depth gauge is used by the surgeon to choose the length of the screw or the staple to implant.

The GENERAL INSTRUMENT compression forceps is used to create a bone compression.

The SURFIX® length gauge is used to estimate the length of the screws that will be necessary during the osteosynthesis.