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.

The Laser Swab is an instrument used in blepharoplasty at superior and inferior levels. It is used to grip and roll adipose (fat) tissue behind the eyelids. Facilitating excision of the fat with the laser. It is completely non-glare.

The Laser Swab is an instrument used in blepharoplasty at superior and inferior levels. It is used to grip and roll adipose (fat) tissue behind the eyelids. Facilitating excision of the fat with the laser. It is completely non-glare.

The Khan-Jaeger is a curved instrument partially non-glare for blepharoplasty. The usage of this instrument is to block laser beams, and retract the tissues during surgical intervention. It is used as a backstop or strip to press the tissue around the globe or press the globe itself. This technique makes the incision of the conjunctiva simpler and exposes the fat more easily. The polished part touches the ocular shield, which is inserted at the beginning of the procedure. The Khan-Jaeger has a more concave ergonomic design than the Jaeger, with the inside polished.

The Khan-Jaeger is a curved instrument partially non-glare for blepharoplasty. The usage of this instrument is to block laser beams, and retract the tissues during surgical intervention. It is used as a backstop or strip to press the tissue around the globe or press the globe itself. This technique makes the incision of the conjunctiva simpler and exposes the fat more easily. The polished part touches the ocular shield, which is inserted at the beginning of the procedure. The Khan-Jaeger has a more concave ergonomic design than the Jaeger, with the inside polished.

The Khan-Jaeger is a curved instrument partially non-glare for blepharoplasty. The usage of this instrument is to block laser beams, and retract the tissues during surgical intervention. It is used as a backstop or strip to press the tissue around the globe or press the globe itself. This technique makes the incision of the conjunctiva simpler and exposes the fat more easily. The polished part touches the ocular shield, which is inserted at the beginning of the procedure. The Khan-Jaeger has a more concave ergonomic design than the Jaeger, with the inside polished.

The Khan-Jaeger is a curved instrument partially non-glare for blepharoplasty. The usage of this instrument is to block laser beams, and retract the tissues during surgical intervention. It is used as a backstop or strip to press the tissue around the globe or press the globe itself. This technique makes the incision of the conjunctiva simpler and exposes the fat more easily. The polished part touches the ocular shield, which is inserted at the beginning of the procedure. The Khan-Jaeger has a more concave ergonomic design than the Jaeger, with the inside polished.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Desmarres is a retractor intended to retract tissue around the inferior eyelid's incision. The Desmarres has a shaft and its edge is a curved strip. The Desmarres can be used as a backstop to lay down tissue to excise with the laser. It is a smooth instrument that touches the patient's tissue, the shield or the eyelids.

The Fomon Ball is a retractor with two curved rods and two tiny spheres. All non-reflective.

The Fomon Ball is a retractor with two curved rods and two tiny spheres. All non-reflective.

The easy-to-use David-Baker Retractors feature a simple, curved clamping mechanism to gently retract the upper eyelid while protecting sensitive scleral membranes.

The easy-to-use David-Baker Retractors feature a simple, curved clamping mechanism to gently retract the upper eyelid while protecting sensitive scleral membranes.

The easy-to-use David-Baker Retractors feature a simple, curved clamping mechanism to gently retract the upper eyelid while protecting sensitive scleral membranes.

The easy-to-use David-Baker Retractors feature a simple, curved clamping mechanism to gently retract the upper eyelid while protecting sensitive scleral membranes.

Durette® II External laser shields are designed to protect patient's eyes during laser treatment. They are installed on the face over the eyelids. It is provided with a fastening system that fits as many people as possible. The regular size is used in most treatments on the face, while the small size is used when the surgeon wants to go closer to the eyes. The entire surface of the device is non-glare treated to diffuse the laser. The medical staff uses the instrument during surgery. It must be cleaned and sterilized before use.

Durette® II External laser shields are designed to protect patient's eyes during laser treatment. They are installed on the face over the eyelids. It is provided with a fastening system that fits as many people as possible. The regular size is used in most treatments on the face, while the small size is used when the surgeon wants to go closer to the eyes. The entire surface of the device is non-glare treated to diffuse the laser. The medical staff uses the instrument during surgery. It must be cleaned and sterilized before use.

Durette® II External laser shields are designed to protect patient's eyes during laser treatment. They are installed on the face over the eyelids. It is provided with a fastening system that fits as many people as possible. The regular size is used in most treatments on the face, while the small size is used when the surgeon wants to go closer to the eyes. The entire surface of the device is non-glare treated to diffuse the laser. The medical staff uses the instrument during surgery. It must be cleaned and sterilized before use.

Durette® II External laser shields are designed to protect patient's eyes during laser treatment. They are installed on the face over the eyelids. It is provided with a fastening system that fits as many people as possible. The regular size is used in most treatments on the face, while the small size is used when the surgeon wants to go closer to the eyes. The entire surface of the device is non-glare treated to diffuse the laser. The medical staff uses the instrument during surgery. It must be cleaned and sterilized before use.

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).

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).

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).

Stainless Steel Eye Cups for Durette® III, small (non glare) (refurbished)This stainless steel (surface treated) eye wear covers all wavelengths. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT.

Stainless Steel Eye Cups for Durette® III, regular (non glare) (refurbished)This stainless steel (surface treated) eye wear covers all wavelengths. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT.

Stainless Steel Eye Cups for Durette® IV, small (non glare) (refurbished)This stainless steel (surface treated) eye wear covers all wavelengths. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT.

Stainless Steel Eye Cups for Durette® IV, regular (non glare) (refurbished)This stainless steel (surface treated) eye wear covers all wavelengths. USE ONLY WITH PURE LASERS OR PURE IPL SYSTEMS. DO NOT USE WITH SYSTEMS THAT ARE INTEGRATED WITH ELECTRIC CURRENT.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.