PEEK interbody fusion cages

... bone formation, which offers implant stability, less potential for implant migration and the formation of a stable fusion mass. Cage features: Ti Plasma Coated Surface provides enhanced stability, ...

... Xilloc offers contract manufacturing of medical devices using Additive Manfuacturing and/or CNC milling. We manufacture PEEK and titanium implants and polyamide surgical guides and anatomical models all under one ...

... anterior lumbar interbody fusion. The ROI-A ALIF cage features a large central graft space and is available in a variety of footprints, heights, and angles of lordosis to achieve excellent ...

... endplates contact surfaces, multiple lordotic angles as well as versatility regarding approach angles. These features make it a cage of choice for all anterior and oblique spine approaches. details • lordotic slope ...

... vertebral column as an adjunct to fusion of vertebral bodies. The TOMCAT implant is made of PEEK-OPTIMA® HA Enhanced from Invibio, and the system will provide an alternative to the traditional plate and ...

Straight and lordotic (0°, 4° and 8°) cages 8mm to 15mm height 25mm, 27mm, 32mm, and 34mm length Grooved surface

... while in the “court of the castle” enough bone graft can be placed. Large teeth on the surface ensure further stability of the cage. In its simple, one level tray one may find the trials for each size and two inserters ...

Suitable for Anatomical Structure Titanium and Tantalum Indicators for Radiological Imaging Maximized Grafting Area Thread Structure Providing High Adhesion Controlled In-situ Expansion Easy Application

... Cervical PEEK Cage is blade, into the upper and lower vertebral corpus, as well as the anterior and posterior dislocation of the block, is less invasive than surgery, and shortens the duration of a cervical ...

... as well as cervical lordosis Migration Resistant tooth profile X-ray Tantalum markers to visualize the cage Large Grafting Area to optimize bone fusion Available in Sizes from 4,5mm to 10mm

Mediox MSC-T cage is intended to replace lumbar and lumbosacral intervertebral discs and to fuse the adjacent vertebral bodies together at vertebral levels L1–S1. The use of autogenous bone or bone graft substitute as ...

Anatomical shape The anatomical shape of the cage conforms to the patient’s cervical vertebrae for enhanced stability. Simple implantation technique Medial wall design Medial wall provides high resistance under load ...

Intervertebral Fusion Cage-URANUS Used for instability and Slipping caused by trauma. Teeth on the superior and inferior implant surfaces provide initial stability. Using high-brightness developing ...

Product Introduction：Treatment of Spinal Trauma Spinal Degenerative Lesions Spinal Tumors and Infectious Diseases Spinal Congenital Diseases and Malformations.

... of TLIF Cage, length of 29mm for expanding the contact area of fusion. 3. Bullet shape of PLIF 5 Lordotic, combined with surgical tools, it can be implanted at variable angles at the lumber spine. Product ...

... Cervical and Thoracolumbar Fusion Cage (auxiliary to other spinal fixation product) is mainly used for patients requiring interbody fusion to reconstruct spinal stability ...

... twin peaks TLIF cages are used with dedicated instruments which allow preparation of the site, insertion of implants and removal. The twin peaks TLIF cages are supplied for single use. Implant material: ...

Prostheses for intervertebral fusion Description Integral Cervical Cage Hybrid Type is a prosthesis for cervical fusion used in the surgical treatment of spinal diseases, which is made ...

Novel XS is a PEEK intervertebral body fusion system consisting of varying lengths, widths, and heights to accommodate individual patient anatomies. Key Features 0° & 5° lordosis 4 mm – 9 mm heights Small, ...

... safety of their use. Large spaces inside the cage allow for application of autologous bone graft or bone substitute. The asymmetrical serrations prevent the cage migration and the cooperating with the ...

... Cervical Spacer System is a peek fusion device designed to replace the disc in a collapsed or unstable vertebral segment. Cross members provide improved load distribution to reduce subsidence. Large ...

Anterior Cervical Interbody Fusion Cage

... imbalance from advanced disc degeneration. Offering 20-degree and 30-degree hyperlordotic footprints, the SETx Hyperlordotic cages give surgeons the ability to restore natural lumbar lordosis of 50 to 60 degrees without ...

... cervical spine Self-retaining teeth for gripping the end plates and resisting expulsion Wide grafting space to enhance bone fusion Sterile packaging for cases reducing sterilization burden and the possibility of infection

MATISSE™ ACIF PEEK Cage is a cervical interbody fusion device made from radiolucent polymer that is available in various footprints, heights, and lordotic angles in order ...