The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

The 8 tube saws, ranging from 6.5mm Outside Diameter to 17mm Outside Diameter, are sized so that the inside diameter of the larger saw will cut a dowel that will compression fit into the hole formed by the outer diameter of the next size down. The saws and the accompanying instrumentation will allow accurate removal of damaged arthritic bone and insertion of a healthy bone dowel to encourage fusion.

To be attached at the tube saw to provide the required torque to saw the bone.

A spike has been included in the kit, this is to be inserted through the body of the tube saw and is used to centralize the saw when starting the cut.

A spike has been included in the kit, this is to be inserted through the body of the tube saw and is used to centralize the saw when starting the cut.

The graft extractors are used to remove the ‘plug’ of bone from the end of the tube saw after it has been removed.

The graft extractors are used to remove the ‘plug’ of bone from the end of the tube saw after it has been removed.

To minimize soft tissue damage, two different size displacers have been included in the kit. The two parts are slotted together and then pushed through the soft tissue until the bone is reached. The central part of the displacer can then be removed, and the tube saw can be inserted. This will stop the saw teeth from ‘snagging’ on and damaging the soft tissue and thus help reduce the recovery time.

To minimize soft tissue damage, two different size displacers have been included in the kit. The two parts are slotted together and then pushed through the soft tissue until the bone is reached. The central part of the displacer can then be removed, and the tube saw can be inserted. This will stop the saw teeth from ‘snagging’ on and damaging the soft tissue and thus help reduce the recovery time.

To prevent the bones from moving while they are being cut, a jig has been included. K-wires are passed through the jig and are then drilled into each carpal bone. The tube saw can then be passed through the centre and the cut made.

To prevent the bones from moving while they are being cut, a jig has been included. K-wires are passed through the jig and are then drilled into each carpal bone. The tube saw can then be passed through the centre and the cut made.

Can be used to (1) stabilize the guide in the place, preventing the bone from moving, and (2) help disassemble the ergonomic torque handle from the tube saw.

Osteotec CBG Instrument Tray, empty

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The 11 distal (blue handle) and 11 proximal (whithe handle) rasps are device specific instruments used to create bone cavities for the implantation of the Osteotec Silicone Finger Implant. Each rasp is dedicated to a particular size of implant and is based on the design of the proximal or distal stem.

The standard bone awl is required for making the first mark.

Instrument Tray for the Osteotec Silicone Finger Instruments

Instrument Tray for the Osteotec Silicone Finger Instruments

Instrument Tray for the Osteotec Silicone Finger Instruments

Instrument Tray for the Osteotec Silicone Finger Instruments

The Osteotec Silicone Finger Implant Sizer is a one-piece, blue flexible silicone elastomer device with the same dimensions as the Osteotec Silicone Finger Implant. The sizers are used initially as a guide to choosing the correct size of implant and then, once that choice is made, to insert into the prepared joint space to enable the surgeon to check fit and function e.g. range of motion

The Osteotec Silicone Finger Implant Sizer is a one-piece, blue flexible silicone elastomer device with the same dimensions as the Osteotec Silicone Finger Implant. The sizers are used initially as a guide to choosing the correct size of implant and then, once that choice is made, to insert into the prepared joint space to enable the surgeon to check fit and function e.g. range of motion

The Osteotec Silicone Finger Implant Sizer is a one-piece, blue flexible silicone elastomer device with the same dimensions as the Osteotec Silicone Finger Implant. The sizers are used initially as a guide to choosing the correct size of implant and then, once that choice is made, to insert into the prepared joint space to enable the surgeon to check fit and function e.g. range of motion

The Osteotec Silicone Finger Implant Sizer is a one-piece, blue flexible silicone elastomer device with the same dimensions as the Osteotec Silicone Finger Implant. The sizers are used initially as a guide to choosing the correct size of implant and then, once that choice is made, to insert into the prepared joint space to enable the surgeon to check fit and function e.g. range of motion