MEDORA MEDICAL - Spine Products

“Innovating Implants for the Future”

CERVICAL SPINE PRODUCTS

Medora anterior cervical plate – titanium spinal implant designed for stabilization of cervical vertebrae.

ANTERIOR CERVICAL PLATE

Medora cervical PEEK cage – intervertebral implant made of PEEK material, designed for cervical spine fusion and stabilization.

CERVICAL PEEK CAGE

Medora cervical PEEK cage with integrated knife – intervertebral implant for cervical spine fusion, featuring a cutting edge for precise insertion.

CERVICAL PEEK CAGE WITH KNIFE

Medora cervical stand-alone PEEK cage – intervertebral implant for cervical spine fusion, designed to provide stabilization without additional fixation hardware.

CERVICAL STAND ALONE PEEK CAGE

Medora cervical expandable PEEK cage – adjustable intervertebral implant designed for cervical spine fusion and optimal vertebral height restoration.

CERVICAL EXPANDABLE PEEK CAGE

CERVICAL MESH

CRANIAL MESH

Medora cervical titanium corpectomy cage – titanium implant designed for vertebral body replacement and cervical spine reconstruction after corpectomy.

CERVICAL TITANIUM CORPECTOMY CAGE

Medora cervical mobile disc prosthesis – motion-preserving artificial disc implant designed to maintain natural cervical spine mobility and replace degenerated discs.

CERVICAL MOBIL DISC PROSTHESIS

SILICON CERVICAL MOBIL DISC PROSTHESIS

Medora posterior cervical spine fixation system – titanium screw and rod and connectors construct designed to stabilize the posterior cervical vertebrae and support spinal alignment.

POSTERIOR CERVICAL SPINE FIXATION SYSTEM

Medora posterior cervical spine polyaxial screw – titanium pedicle screw designed for multi-directional angulation and secure fixation in posterior cervical stabilization procedures.

POSTERIOR CERVICAL SPINE POLYAXIAL SCREW

Medora posterior cervical spine rod – titanium stabilization rod used with screws to support alignment and fixation in posterior cervical spine procedures.

POSTERIOR CERVICAL SPINE ROD

Medora cervical posterior occipital plate – titanium fixation plate designed to stabilize the occipito-cervical junction in posterior spine fusion procedures.

CERVICAL POSTERIOR OCCIPITAL PLATE

Medora spine posterior connectors – titanium linkage components used to connect rods and enhance stability in posterior spinal fixation systems.

SPINE POSTERIOR CONNECTORS

LUMBAR SPINE PRODUCTS

SPINE TLIF CAGE

Medora PLIF lumbar expandable PEEK cage – expandable interbody implant designed for posterior lumbar fusion, allowing adjustable height restoration and stable spinal support.

PLIF LUMBAR EXPANDABLE PEEK CAGE

Medora PLIF lumbar fusion PEEK cage – interbody implant designed for posterior lumbar interbody fusion, providing stable support and promoting spinal fusion.

PLIF LUMBAR FUSION PEEK CAGE

Medora lumbar spine corpectomy cage – titanium interbody implant designed for vertebral body replacement and lumbar spine reconstruction after corpectomy procedures.

LUMBAR SPINE CORPECTOMY CAGE

Medora posterior spine fixation system – titanium screw and rod and connectors construct designed to stabilize the posterior segments of the spine and support spinal alignment.

POSTERIOR SPINE FIXATION SYSTEM

POSTERIOR SPINE POLYAXIAL SCREW

Medora posterior spine monoaxial screw – titanium pedicle screw designed for fixed-angle fixation in posterior spinal stabilization procedures.

POSTERIOR SPINE MONOAXIAL SCREW

POSTERIOR SPINE POLYAXIAL REDUCTION SCREW

Medora posterior spine monoaxial reduction screw – titanium pedicle screw designed for fixed-angle fixation and controlled vertebral reduction in posterior spinal stabilization procedures.

POSTERIOR SPINE MONOYAXIAL REDUCTION SCREW

POLYAXIAL CANNULATED FENESTRATED SCREW

Medora spine posterior fixation rod – titanium rod used in conjunction with screws to provide stabilization and maintain alignment in posterior spinal fixation procedures.

SPINE POSTERIOR FIXATION ROD

POSTERIOR SPINE SACRAL-ILIAC SCREW

Medora posterior spine connectors – titanium components used to link rods and enhance stability in posterior spinal fixation systems.

POSTERIOR SPINE CONNECTORS

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