Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Acrylic and silicone spheres are permanent implants used to replace the lost vol
Acrylic and silicone spheres are permanent implants used to replace the lost volume and to give motility to the ocular prosthesis following an enucleation, evisceration or an insertion of a secondary implant (to replace an implant that was or has to be removed) in ophthalmology.These ocular implants are sold non sterile. They must be sterilized before usage. The users must gas sterilize (EtO) the acrylic spheres (not autoclave). The silicone spheres can be autoclaved (steam). The ophthalmic surgeon chooses the size and the type of implant for the surgery.
Acrylic and silicone spheres are permanent implants used to replace the lost vol
Acrylic and silicone spheres are permanent implants used to replace the lost volume and to give motility to the ocular prosthesis following an enucleation, evisceration or an insertion of a secondary implant (to replace an implant that was or has to be removed) in ophthalmology.These ocular implants are sold non sterile. They must be sterilized before usage. The users must gas sterilize (EtO) the acrylic spheres (not autoclave). The silicone spheres can be autoclaved (steam). The ophthalmic surgeon chooses the size and the type of implant for the surgery.
White Spare Elastic Headbands for the Durette External Laser Shield with cordloc
White Spare Elastic Headbands for the Durette External Laser Shield with cordlock (5 units)
Black Spare Elastic Headbands for the Durette External Laser Shield with cordloc
Black Spare Elastic Headbands for the Durette External Laser Shield with cordlock (5 units)
The OPSoft mouthguard is intended for protection during hair removal, cutaneous
The OPSoft mouthguard is intended for protection during hair removal, cutaneous treatment, and perioral procedures with laser, IPL or RF.
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, medium, black with handle
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, medium, black with handle
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, medium, black
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, medium, black
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, small, black
The plastic ocular shields are used to protect the eyes when working with a scal
The plastic ocular shields are used to protect the eyes when working with a scalpel, electro-cutter or other energy sources requiring protective plastic shields as the metal would be conductive (ex: RF system). The ocular shields are inserted under the eyelids over the globe, and remain in place for the duration of the intervention. They should not be left in place more than 60 minutes.PLASTIC OCULAR SHIELDS ARE NOT INTENDED FOR USE WITH LASER OR IPL SYSTEMS.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Autoclavable Plastic Ocular Shield, bilateral, small, black
The Sutcliffe Boey is an instrument to treat cutaneous lesions (freckles, etc) d
The Sutcliffe Boey is an instrument to treat cutaneous lesions (freckles, etc) during laser procedures. The holes limit the size of the laser beam and serve to isolate various sizes of the skin's section according to the need. Holes' sizes are: 1mm, 2mm, 3mm, 4mm, 5mm, 6mm, and 7mm.
GAD
Retractor
1
Sutcliffe Boey SS Laser Shield with all holes in one (non glare), refurb.
The Sutcliffe Boey is an instrument to treat cutaneous lesions (freckles, etc) d
The Sutcliffe Boey is an instrument to treat cutaneous lesions (freckles, etc) during laser procedures. The holes limit the size of the laser beam and serve to isolate various sizes of the skin's section according to the need. Holes' sizes are: 1mm, 2mm, 3mm, 4mm, 5mm, 6mm, and 7mm.
GAD
Retractor
1
Sutcliffe Boey SS Laser Shield with all holes in one (non glare)
Cox® II ocular laser shields are intended to protect the eyes during IPL and las
Cox® II ocular laser shields are intended to protect the eyes during IPL and laser procedures close to the eyes and on the face. They are inserted under the eyelids, on the ocular globes for the length of the procedure. They should not be left in place more than 60 minutes. The posterior polished surface and well-polished edges are intended to avoid corneal abrasions. The anterior surface is non-reflective treated to avoid reflection of the laser beam or IPL light source. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT OR RADIO FREQUENCY. After every case application and before sterilization, always verify visually and manually the condition of both surfaces and edges of the device. For the comfort and safety of the patient during insertion of the ocular shields an ophthalmic topical anaesthetic and ointment (non petroleum based for laser) is recommended. Users must choose a shield size appropriate to the globe. During periorbital surgery the shields should cover the entire globe.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Cox® II, SS Ocular Laser Shield, medium (non glare), refurb.
Cox® II ocular laser shields are intended to protect the eyes during IPL and las
Cox® II ocular laser shields are intended to protect the eyes during IPL and laser procedures close to the eyes and on the face. They are inserted under the eyelids, on the ocular globes for the length of the procedure. They should not be left in place more than 60 minutes. The posterior polished surface and well-polished edges are intended to avoid corneal abrasions. The anterior surface is non-reflective treated to avoid reflection of the laser beam or IPL light source. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT OR RADIO FREQUENCY. After every case application and before sterilization, always verify visually and manually the condition of both surfaces and edges of the device. For the comfort and safety of the patient during insertion of the ocular shields an ophthalmic topical anaesthetic and ointment (non petroleum based for laser) is recommended. Users must choose a shield size appropriate to the globe. During periorbital surgery the shields should cover the entire globe.
HOY
Shield, Eye, Ophthalmic (Including Sunlamp Protective Eyewear And Post-Mydriatic Eyewear)
1
Cox® II, SS Ocular Laser Shield, medium (non glare), refurb.
Silicone spheres are permanent implants used to replace the lost volume and to g
Silicone spheres are permanent implants used to replace the lost volume and to give motility to the ocular prosthesis following an enucleation, evisceration or an insertion of a secondary implant (to replace an implant that was or has to be removed) in ophthalmology.These ocular implants are sold non sterile. They must be sterilized before usage. The silicone spheres can be autoclaved (steam). The ophthalmic surgeon chooses the size and the type of implant for the surgery.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
The Symblepharon rings are used to prevent retraction of the conjunctiva cul-de-
The Symblepharon rings are used to prevent retraction of the conjunctiva cul-de-sac. The ring is inserted between the eye and the lid and is supported by the sclera without touching the cornea. The purpose of the Symblepharon Rings is to avoid tissue adhesion after excision of the symblepharon. The ring has a center hole to enable the patient to see. The surfaces are polished in order to avoid any abrasion of the cornea or ocular globe. The Symblepharon Rings are medical devices made of acrylic (PMMA). They must not be autoclaved, otherwise they will be damaged: ethylene oxide sterilization is recommended.The devices' family has different sizes (small, medium, large).
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
Conformers (made of acrylic or PMMA) are single use devices. They are used to ke
Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
4 different models.Conformers (made of acrylic or PMMA) are single use devices.
4 different models.Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
4 different models.Conformers (made of acrylic or PMMA) are single use devices.
4 different models.Conformers (made of acrylic or PMMA) are single use devices. They are used to keep the form of the orbital cavity after enucleation or evisceration. In fact, a well chosen conformer enhances healing and prevents retraction of the cul-de-sac. It facilitates the fabrication and the retention of the ocular prosthesis. The conformer temporarily takes the place of the volume lost after enucleation or evisceration and keeps the lids in their natural position. It can be inserted in both eyes (left eye or right eye).The conformer is inserted behind the lids at the end of the surgery and stays in place until the next appointment with the ophthalmologist and/or the ocularist before an ocular prosthesis is made. This period of time varies for each patient and can range between one (1) to four (4) weeks. The conformer is never worn for more than 30 days continuously.
A device designed to determine the appropriate size and placement of a non-denta
A device designed to determine the appropriate size and placement of a non-dental implant for a patient prior to or during implantation surgery. It is typically available as a graduated set or an individual plate (e.g., a translucent plastic sheet or a cut metal shape) with patterns/sizes corresponding to the size of the implant to be used to aid the surgeon in final selection of implant size, placement, and/or adaption. It is used for, e.g., total- or partial-joint prostheses, bone fracture fixation implants (plates, nails, including skull plate implants) or other types of surgical implants. This is a single-use device.
SIZERS SET (ENUCLEATION / EVISCERATION) SINGLE USE
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
An implantable ocular device designed to permanently fill the orbital cavity fol
An implantable ocular device designed to permanently fill the orbital cavity following enucleation, evisceration, or after the removal of another ocular implant (used as a secondary implant), to replace the volume and possibly, given the surgical method, to impart motion to the eventual ocular prosthesis (the artificial eyeball). It is typically aspherical and may have porous surfaces to facilitate colonization by fibrovascular tissue to offer the advantages of reduced risk of infection or implant extrusion. It is available in various sizes and is typically made of polymethylmethacrylate (PMMA), poly 2-hydroxyethylmethacrylate (PHEMA), or silicone.
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucl
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations, eviscerations.
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucl
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucl
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucl
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucl
Perforated Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and
Coated Hydroxyapatite (HA) Orbital Implant & Conformer used for enucleations and eviscerations.