Expandable Titanium Cage-II
Adjustable anterior-column support for cervical reconstruction following corpectomy.
View Expandable CageAnterior Cervical Corpectomy and Fusion removes part of the affected vertebral body and adjacent discs to decompress neural structures, reconstruct the anterior column and stabilize the cervical spine through fusion.
Select a reconstruction and fixation configuration according to the anterior-column defect, treated levels and surgical requirements.
Adjustable anterior-column support for cervical reconstruction following corpectomy.
View Expandable CageLow-profile anterior fixation designed to support cervical alignment and construct stability.
View Plate SystemInterbody support designed to restore height and accommodate bone graft material.
View PEEK CagesIntegrated cage and screw fixation designed to reduce anterior implant prominence.
View Zero-Profile OptionsAn adjustable cervical reconstruction solution designed to restore anterior-column height and provide structural support following vertebral body resection.
Indicated for anterior cervical reconstruction following corpectomy in conditions involving cervical degeneration, disc pathology and instability.
The expandable titanium cage provides structural support for anterior-column defects, allows controlled height adjustment and supports bone graft placement and fusion.
Dedicated instruments for cage selection, expansion and controlled implantation.
Matching instruments for preparation, cage positioning, expansion and final fixation.
Instruments for mesh cage shaping, preparation and cervical reconstruction.
An anterior cervical fixation solution combining anatomical plate designs, controlled screw angulation and matching surgical instruments.
Indicated for anterior cervical fixation and fusion in conditions including fractures, dislocations, degeneration, infection and tumors.
The plate supports cervical alignment and fusion stability. Its low-profile anatomical design helps reduce soft-tissue irritation, while multi-angle screw placement enhances fixation.
Matching instruments for plate positioning, screw preparation, insertion and fixation.
Dedicated instrumentation for the corresponding anterior cervical plate configuration.
Enlarged design views showing the low-profile structure and controlled screw angulation.
Enlarged views highlighting adjustable screw placement and fixation performance.
PEEK cervical cages provide interbody support for restoring disc height, maintaining cervical alignment and accommodating bone graft material during anterior cervical fusion.
Indicated for anterior cervical interbody fusion in conditions including cervical disc degeneration, disc herniation and cervical instability.
The PEEK cage restores intervertebral height and cervical alignment while providing stable support for the fusion segment.
Instruments for disc-space preparation, trial selection, cage handling and controlled implantation.
Integrated cervical interbody cages combine cage support and screw fixation within a low-profile construct for anterior cervical fusion.
Indicated for anterior cervical interbody fusion in conditions including cervical disc degeneration, disc herniation and cervical instability.
The integrated cage and locking-screw construct restores intervertebral height, supports cervical stability and reduces the need for a separate anterior plate.
Matching instruments for interbody preparation, cage insertion, screw guidance and locking fixation.
A five-stage workflow covering decompression, anterior-column reconstruction, cage placement, fixation and final verification.
Remove the affected vertebral body and adjacent disc tissue to decompress the spinal cord and prepare the reconstruction.
Prepare the endplates to create a stable implant bed for cage placement and bone fusion.
Place the selected graft-filled corpectomy cage to restore vertebral height and support cervical alignment.
Apply anterior plate-and-screw fixation to maintain cage position and enhance construct stability.
Confirm implant position, cervical alignment and overall construct stability before wound closure.
Cage dimensions and fixation configuration should be selected according to the treated levels, defect length, patient anatomy and the surgeon’s preferred technique.
Send us the treated levels, preferred reconstruction cage, anterior plate system and instrument requirements. Our team will prepare a matched ACCF implant and instrument proposal.
Contact