A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

A cervical intervertebral fusion device

Used to gain access through the bone cortex.

Probe for use with the CarboClear Posterior Cervical Screw System

Part of the CarboClear Posterior Cervical Screw System Instrumentation Set.

Part of the CarboClear Posterior Cervical Screw System instrumentation set

Bone surface reamer for use with the CarboClear Posterior Cervical Screw System

Depth gauge for use with the CarboClear Posterior Cervical Screw System (to measure depth of a prepared hole)

Part of the CarboClear Posterior Cervical Screw System Instrumentation Set

Torque Limiter (Straight Handle) for use with the CarboClear Posterior Cervical Screw System

Torque Limiter (Straight Handle) for use with the CarboClear Posterior Cervical Screw System

Bone Tap for use with the CarboClear Posterior Cervical Screw System

Bone Tap for use with the CarboClear Posterior Cervical Screw System

Drill bit for use with the CarboClear Posterior Cervical Screw System

Drill bit for use with the CarboClear Posterior Cervical Screw System

Rod holding forceps, for use with the CarboClear Posterior Cervical Screw System

Screwdriver for use with the CarboClear Posterior Cervical Screw System

Tulip Adjuster for use with the CarboClear Posterior Cervical Screw System.

Set Screw (locking element) Starter for use with the CarboClear Posterior Cervical Screw System

Set Screw (locking element) Locker for use with the CarboClear Posterior Cervical Screw System

Part of the CarboClear Posterior Cervical Screw System Instrumentation Set.

Distraction device for use with the CarboClear Posterior Cervical Screw System

Sterilization case for use with the CarboClear Cervical Systems

Intended to assist in determining the required implant length during operation.

Insertion Handle for use with the CarboClear Cervical Cage

Insertion Handle for use with the CarboClear Cervical Cage

Insertion Handle for use with the CarboClear Cervical Cage / VBR

Insertion Handle for use with the CarboClear Cervical Cage / VBR

A surgical tool intended to assist in cage positioning within the disc space when required

A surgical tool for use with the Cervical Cage / VBR devices.The Implant Trial is intended for use before insertion of the implant into the intervertebral space, to assist in selection of correct implant dimensions and to verify implant position within the disc space, as applicable.

A surgical tool for use with the Cervical Cage / VBR devices.The Implant Trial is intended for use before insertion of the implant into the intervertebral space, to assist in selection of correct implant dimensions and to verify implant position within the disc space, as applicable.

A surgical tool for use with the Cervical Cage / VBR devices.The Implant Trial is intended for use before insertion of the implant into the intervertebral space, to assist in selection of correct implant dimensions and to verify implant position within the disc space, as applicable.

A surgical tool for use with the Cervical Cage / VBR devices.The Implant Trial is intended for use before insertion of the implant into the intervertebral space, to assist in selection of correct implant dimensions and to verify implant position within the disc space, as applicable.

A surgical tool for use with the Cervical Cage / VBR devices.The Implant Trial is intended for use before insertion of the implant into the intervertebral space, to assist in selection of correct implant dimensions and to verify implant position within the disc space, as applicable.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.

BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers.