Silicone Orbital Implants
FCI has developed silicone eye spheres
to provide physicians with yet another
highly effective product for performing
enucleation and evisceration procedures.
Enucleation / Evisceration implant ∅ 12
mm (box of 1)
Enucleation / Evisceration implant ∅ 13
mm (box of 1)
Enucleation / Evisceration implant ∅ 14
mm (box of 1)
Enucleation / Evisceration implant ∅ 15
mm (box of 1)
Enucleation / Evisceration implant ∅ 16
mm (box of 1)
Enucleation / Evisceration implant ∅ 17
mm (box of 1)
Enucleation / Evisceration implant ∅ 18
mm (box of 1)
Enucleation / Evisceration implant ∅ 19
mm (box of 1)
Enucleation / Evisceration implant ∅ 20
mm (box of 1)
Enucleation / Evisceration implant ∅ 22
mm (box of 1)
Indications : Enucleation, evisceration
Biomaterial : Silicone
Silicone orbital floor graft (box of 1)
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S6.1012
S6.1013
S6.1014
S6.1015
S6.1016
S6.1017
S6.1018
S6.1019
S6.1020
S6.1022
S6.3001 |
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Hydroxyapatite Orbital Implants
Hydroxyapatite (HA) orbital implant ∅ 10
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 12
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 14
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 16
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 18
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 20
mm (box of 1)
Hydroxyapatite (HA) orbital implant ∅ 22
mm (box of 1)
Indications : Enucleation, evisceration
Biomaterial : Hydroxyapatite
Porosity : 300 - 500 μm |
S6.2010
S6.2012
S6.2014
S6.2016
S6.2018
S6.2020
S6.2022 |
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Hydroxyapatite Wrapped Orbital
Implants
Mesh wrapped HA orbital implant ∅ 16 mm
(box of 1)
Mesh wrapped HA orbital implant ∅ 18 mm
(box of 1)
Mesh wrapped HA orbital implant ∅ 20 mm
(box of 1)
Mesh wrapped HA orbital implant ∅ 22 mm
(box of 1)
Biomaterial : Hydroxyapatite,
Polyglycolic acid mesh
Porosity : 300 - 500 μm
Indication : enucleation
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S6.4016
S6.4018
S6.4020
S6.4022
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Bioceramic orbital implants
Bioceramic orbital implants from FCI provide physicians with an effective means for facilitating enucleation and evisceration procedures.
The implants insert easily into the
orbital socket and do not cling to
surrounding tissue. The improved
connectivity that occurs between pores
enhances vascularization, and the
implants may be easily drilled without
crumblingwithout crumbling
Bioceramic orbital implant ∅ 12 mm (box
of 1)
Bioceramic orbital implant ∅ 14 mm (box
of 1)
Bioceramic orbital implant ∅ 16 mm (box
of 1)
Bioceramic orbital implant ∅ 17 mm (box
of 1)
Bioceramic orbital implant ∅ 18 mm (box
of 1)
Bioceramic orbital implant ∅ 19 mm (box
of 1)
Bioceramic orbital implant ∅ 20 mm (box
of 1)
Bioceramic orbital implant ∅ 21 mm (box
of 1)
Bioceramic orbital implant ∅ 22 mm (box
of 1)
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S6.5112
S6.5114
S6.5116
S6.5117
S6.5118
S6.5119
S6.5120
S6.5121
S6.5122
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Bioceramic Wrapped Orbital Implants
Mesh-wrapped bioceramic orbital implants
from FCI are made of porous, strong,
non-brittle biomaterial alumina. The
vinyl mesh wrapping incorporated in this
type of orbital implant allows the
muscles to be sutured directly to the
implant. Furthermore, the extensive pore
system of FCI mesh-wrapped implants
enhances fibrovascular ingrowth, which
prevents the implant from migrating,
allows the secure attachment of
extraocular muscles, and improves
implant motility.
Mesh wrapped bioceramic orbital implant
∅ 16 mm (box of 1)
Mesh wrapped bioceramic orbital implant
∅ 18 mm (box of 1)
Mesh wrapped bioceramic orbital implant
∅ 20 mm (box of 1)
Mesh wrapped bioceramic orbital implant
∅ 22 mm (box of 1)
Biomaterial : Alumina (Al2 O3) sphere,
Polyglycolic acid mesh
Indication : enucleation
Porosity : 250 - 550µm |
S6.5316
S6.5318
S6.5320
S6.5322
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