Device Description : Acrylic spheres are permanent implants used to replace the lost volume and to gi (View more) Acrylic 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 ophthalmic surgeon chooses the size and the type of implant for the surgery. (View less)

Device Description : Acrylic spheres are permanent implants used to replace the lost volume and to gi (View more) Acrylic 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 ophthalmic surgeon chooses the size and the type of implant for the surgery. (View less)

Device Description : Acrylic spheres are permanent implants used to replace the lost volume and to gi (View more) Acrylic 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 ophthalmic surgeon chooses the size and the type of implant for the surgery. (View less)

Device Description : Acrylic spheres are permanent implants used to replace the lost volume and to gi (View more) Acrylic 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 ophthalmic surgeon chooses the size and the type of implant for the surgery. (View less)

Device Description : The Durette® ocular implant, made of clear acrylic material (PMMA), is a smooth- (View more) The Durette® ocular implant, made of clear acrylic material (PMMA), is a smooth-surface motility implant used for enucleation, evisceration, and secondary implantation. There are two 20 mm diameter models that are quasi-spherical: Model I, which has a slightly flattened smooth anterior surface (1 mm flatter vs. a sphere); and Model IV, which has four pronounced mounds (within the sphere) for optimal coupling and motility. The implants have a network of 20 interconnected tunnels (1 to 2 mm) offering the eye surgeon with 3 levels for suturing each rectus muscle, and allowing new tissue to form and integrate with surrounding tissue, while aiming to prevent migration, forward displacement and tissue stretching. They both have an off-center medial posterior elongation for added volume and better front positioning of details for coupling with ocular prostheses. (View less)

Device Description : The Durette® ocular implant, made of clear acrylic material (PMMA), is a smooth- (View more) The Durette® ocular implant, made of clear acrylic material (PMMA), is a smooth-surface motility implant used for enucleation, evisceration, and secondary implantation. There are two 20 mm diameter models that are quasi-spherical: Model I, which has a slightly flattened smooth anterior surface (1 mm flatter vs. a sphere); and Model IV, which has four pronounced mounds (within the sphere) for optimal coupling and motility. The implants have a network of 20 interconnected tunnels (1 to 2 mm) offering the eye surgeon with 3 levels for suturing each rectus muscle, and allowing new tissue to form and integrate with surrounding tissue, while aiming to prevent migration, forward displacement and tissue stretching. They both have an off-center medial posterior elongation for added volume and better front positioning of details for coupling with ocular prostheses. (View less)

Device Description : Conformers (made of acrylic or PMMA) are single use devices. They are used to ke (View more) 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. (View less)

Device Description : Conformers (made of acrylic or PMMA) are single use devices. They are used to ke (View more) 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. (View less)

Device Description : Conformers (made of acrylic or PMMA) are single use devices. They are used to ke (View more) 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. (View less)

Device Description : Conformers (made of acrylic or PMMA) are single use devices. They are used to ke (View more) 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. (View less)