CERAMIL®
Innovative porous ceramic implants for orthopaedic, neurosurgery and cardiothoracic indications
STERNUM
CERAMIL® STERNAL REPLACEMENT
The porous alumina sternum represents a development in the surgical treatment of metastases and bone infection. Totally inert, the ceramic sternum is biocompatible and has a mechanical resistance similar to that of the native sternum. Indications include sternal metastases, radio-induced cancer, primary tumors, infection and agenesis.
CERVICAL CAGE
INTERVERTEBRAL CERVICAL SPINE IMPLANT
The CERAMIL® semi-anatomic cervical cage is a biocompatible intervertebral body fusion device. It is inert, non-resorbable and is indicated in cervical spine surgery for Anterior Cervical Discectomy and Fusion (ACDF).
CORPECTOMY BLOCK
CERVICAL CORPECTOMY BLOCK
The alumina porous ceramic corpectomy block is non-resorbable and is indicated in cervical spine surgery for vertebral reconstruction for the treatment of tumorous and traumatic pathologies using corpectomy (ACCF).
HTO WEDGE
HIGH TIBIAL OSTEOTOMY WEDGE
The porous alumina ceramic HTO wedge is an inert, biocompatible, non-resorbable implantable device with a mechanical resistance superior to that of cancellous bone. This immediate weight-bearing device is available in a range of 13 varying dimensions to ensure the required correction.
Copyright 2018. i.CERAM | All Rights Reserved | Website developed by xgrafies
Copyright 2018. i.CERAM | All Rights Reserved | Website developed by xgrafies
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CERAMIL®
Innovative porous ceramic implants for orthopaedic, neurosurgery and cardiothoracic indications
STERNUM
CERAMIL® STERNAL REPLACEMENT
The porous alumina sternum represents a development in the surgical treatment of metastases and bone infection. Totally inert, the ceramic sternum is biocompatible and has a mechanical resistance similar to that of the native sternum. Indications include sternal metastases, radio-induced cancer, primary tumors, infection and agenesis.
CERVICAL CAGE
INTERVERTEBRAL CERVICAL SPINE IMPLANT
The CERAMIL® semi-anatomic cervical cage is a biocompatible intervertebral body fusion device. It is inert, non-resorbable and is indicated in cervical spine surgery for Anterior Cervical Discectomy and Fusion (ACDF).
CORPECTOMY BLOCK
CERVICAL CORPECTOMY BLOCK
The alumina porous ceramic corpectomy block is non-resorbable and is indicated in cervical spine surgery for vertebral reconstruction for the treatment of tumorous and traumatic pathologies using corpectomy (ACCF).
HTO WEDGE
HIGH TIBIAL OSTEOTOMY WEDGE
The porous alumina ceramic HTO wedge is an inert, biocompatible, non-resorbable implantable device with a mechanical resistance superior to that of cancellous bone. This immediate weight-bearing device is available in a range of 13 varying dimensions to ensure the required correction.
CERAMIL®
Innovative porous ceramic implants for orthopaedic, neurosurgery and cardiothoracic indications
STERNUM
CERAMIL® STERNAL REPLACEMENT
The porous alumina sternum represents a development in the surgical treatment of metastases and bone infection. Totally inert, the ceramic sternum is biocompatible and has a mechanical resistance similar to that of the native sternum. Indications include sternal metastases, radio-induced cancer, primary tumors, infection and agenesis.
CERVICAL CAGE
INTERVERTEBRAL CERVICAL SPINE IMPLANT
The CERAMIL® semi-anatomic cervical cage is a biocompatible intervertebral body fusion device. It is inert, non-resorbable and is indicated in cervical spine surgery for Anterior Cervical Discectomy and Fusion (ACDF).
CORPECTOMY BLOCK
CERVICAL CORPECTOMY BLOCK
The alumina porous ceramic corpectomy block is non-resorbable and is indicated in cervical spine surgery for vertebral reconstruction for the treatment of tumorous and traumatic pathologies using corpectomy (ACCF).
HTO WEDGE
HIGH TIBIAL OSTEOTOMY WEDGE
The porous alumina ceramic HTO wedge is an inert, biocompatible, non-resorbable implantable device with a mechanical resistance superior to that of cancellous bone. This immediate weight-bearing device is available in a range of 13 varying dimensions to ensure the required correction.
Copyright 2018. i.CERAM | All Rights Reserved