金聯鑫股份有限公司JLX Limited Corporation

Indication

• Motion preserving treatment of degenerative cervical disc disease.
• Light to moderate degeneration of cervical disc with light to moderate changes of the disc, vertebral endplates, osteophytes and/or with fresh herniated disc.
• Age is limited by the maturation of epiphysis in young adults and the bone and healing quality in higher age.

Indication

Cervical spine fusion in cases of: Degenerative instability, post-discectomy syndrome and post-traumatic instabilities in the C3-C7 region.

Indication

• Degenerative instability
• Spondylolisthesis
• Post-discectomy syndrome
• Post-traumatic instabilities

Indication

• Degenerative instability
• Spondylolisthesis
• Post-discectomy syndrome
• Post-traumatic instabilities

Intended Use

• Stabilization of the cervical spine C2-T1 through anterior approach, monosegmental and multisegmental.
• A cervical plate may be required for additional stabilization.

Implant Design

• Solid frame without sharp edges for biomechanical stability and smooth insertion into the disc space minimizing the risk to injure surrounding soft tissue.
• Open porous structure designed to provide primary and secondary stability.
• The implant's anatomical endplate design provides a good contact area between implant and vertebral endplates whilst allowing addition of bone material to enable bone growth through the center of the implant.
• Cranial und caudal anchoring elements in form of spikes for a firm implant fit and high primary stability.
• Trapezoidal shape intended to fit anatomical conditions.
• Screw thread interface allows a firm connection to inserter.
• Good visibility in X-ray to localize implant positioning.

Intended Use

• Stabilization of the lumbar and thoracic spine through transforaminal approach, monosegmental and multisegmental.
• Always use TSPACE® 3D in conjunction with an internal fixator.
• TSPACE® 3D can be implanted through an open or minimally invasive transforaminal access.

Implant Design

• Solid frame without sharp edges for biomechanical stability and smooth insertion into the disc space minimizing the risk to injure surrounding soft tissue.
• Open porous structure designed to provide primary and secondary stability.
• The implant's anatomical endplate design provides a good contact area between implant and vertebral endplates whilst allowing addition of bone material to enable bone growth through the center of the implant.
• Bulleted nose for smooth insertion into the disc space.
• The articulating interface allows a firm connection to the inserter until the final implant positioning is achieved, thus enabling a controlled insertion.
• Good visibility in X-ray to localize implant positioning.

Intended Use

• Stabilization of the lumbar and thoracic spine through transforaminal approach, monosegmental and multisegmental.
• Always use PROSPACE® 3D Oblique in conjunction with an internal fixator.
• PROSPACE® 3D Oblique can be implanted through an open or minimally invasive transforaminal access (Oblique TLIF technique).

Implant Design

• Solid frame without sharp edges for biomechanical stability and smooth insertion into the disc space minimizing the risk to injure surrounding soft tissue.
• Open porous structure designed to provide primary and secondary stability.
• The implant's anatomical endplate design provides a good contact area between implant and vertebral endplates whilst allowing addition of bone material to enable bone growth through the center of the implant.
• Bulleted nose for smooth insertion into the disc space.
• Screw thread interface allows a firm connection to inserter.
• Interlaced angle respecting an implant positioning 30° from the sagittal plane.
• Good visibility in X-ray to localize implant positioning.

Intended Use

• Stabilization of the lumbar and thoracic spine through posterior approach, monosegmental and multisegmental.
• Always implant two implants per layer (PLIF technique).
• Always use PROSPACE® 3D in conjunction with an internal fixator.

Implant Design

• Solid frame without sharp edges for biomechanical stability and smooth insertion into the disc space minimizing the risk to injure surrounding soft tissue.
• Open porous structure designed to provide primary and secondary stability.
• The implant's anatomical endplate design provides a good contact area between implant and vertebral endplates whilst allowing addition of bone material to enable bone growth through the center of the implant.
• Bulleted nose for smooth insertion into the disc space.
• Screw thread interface allows a firm connection to inserter.
• Good visibility in X-ray to localize implant positioning.