UNICARE BIOMEDICAL INC.

GUDID#

CollaFlex - Resorbable COLLAFLEX® membranes are derived from porcine pericardium through careful purification and sterilization processes to avoid antigenic reactions. The non-cross-linked membranes retain the natural microfibril structure of the pericardium, providing excellent biocompatibility and extended barrier function for guided bone regeneration applications. COLLAFLEX® membranes are easily drapable and can be fixated with sutures and bone tacks.
UNICARE BIOMEDICAL INC.
2024-01-10
CollaFlex - Resorbable COLLAFLEX® membranes are derived from porcine pericardium through careful purification and sterilization processes to avoid antigenic reactions. The non-cross-linked membranes retain the natural microfibril structure of the pericardium, providing excellent biocompatibility and extended barrier function for guided bone regeneration applications. COLLAFLEX® membranes are easily drapable and can be fixated with sutures and bone tacks.
UNICARE BIOMEDICAL INC.
2024-01-10
CollaFlex - Resorbable COLLAFLEX® membranes are derived from porcine pericardium through careful purification and sterilization processes to avoid antigenic reactions. The non-cross-linked membranes retain the natural microfibril structure of the pericardium, providing excellent biocompatibility and extended barrier function for guided bone regeneration applications. COLLAFLEX® membranes are easily drapable and can be fixated with sutures and bone tacks.
UNICARE BIOMEDICAL INC.
2024-01-10
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Benacel Plus - BenaCel® Plus Hemostatic Dressing is provided in larger sizes for medical use. Made of biocompatible oxidized cellulose, BenaCel® Plus is intended for the temporary treatment of severely bleeding wounds such as surgical wounds (operative, postoperative, donor sites, dermatological, etc.) and traumatic injuries. It may also be used as a topical dressing for local management of bleeding wounds such as lacerations, cuts and abrasions. Approximate resorption time is 2 weeks.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Cytoflex Ti-enforced - Perforated Ti-Enforced® membranes are made of the same materials and features as Cytoflex® Ti-Enforced® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Ti-Enforced® and perforated Ti-Enforced® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Tefguard - Perforated Tefguard® membranes are made of the same materials and features as Cytoflex® Tefguard® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Cytoflex® Tefguard® and Perforated Tefguard® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Perforated Tefguard - Perforated Tefguard® membranes are made of the same materials and features as Cytoflex® Tefguard® membranes with the exception of perforation. The perforated macro holes allow for direct vascularization across the membrane. Both the Cytoflex® Tefguard® and Perforated Tefguard® membranes are designed to achieve predictable outcomes for GBR procedures.
UNICARE BIOMEDICAL INC.
2024-07-12
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
Cytoflex Ti-enforced - Ti-Enforced® ePTFE membranes are a multi-layer, non-resorbable membrane intended to be surgically placed under the muco-periosteum to aid in tissue regeneration in accordance with the guided tissue regeneration principle. It is a barrier material with a titanium frame enclosed within two layers of ePTFE material. The titanium reinforcement is intended for space and shape maintenance to contain bone grafting material and to minimize graft movement during wound healing. The membranes are designed to block bacteria penetration, and impede the migration and establishment of gingival tissue derived cells into bony defects. This provides a more favorable environment for neovascularization and for bone derived cells to repopulate and repair the defect. The Ti-Enforced® membranes are textured on both surfaces to improve handling and adhesion between tissue and membrane.
UNICARE BIOMEDICAL INC.
2024-01-10
BenaCel - BenaCel® dental dressing is made of biocompatible oxidized cellulose and contains no chemical additives. BenaCel® dental dressing adheres to moist oral mucosa and forms a temporary barrier protecting the wound from further irritation and pain. When placed in the extraction socket, BenaCel® dental dressing forms a gelatinous scaffold in the blood extrude, facilitating the development of a stable blood clot to prevent dry socket formation. BenaCel® dental dressing is designed for use in the extraction site and the management of bleeding and alveolar osteitis (dry socket). It may also be used as a wound dressing for the temporary management of oral surgical wounds, such as operative, postoperative, donor sites and traumatic injuries.
UNICARE BIOMEDICAL INC.
2021-07-23
BenaCel - BenaCel® dental dressing is made of biocompatible oxidized cellulose and contains no chemical additives. BenaCel® dental dressing adheres to moist oral mucosa and forms a temporary barrier protecting the wound from further irritation and pain. When placed in the extraction socket, BenaCel® dental dressing forms a gelatinous scaffold in the blood extrude, facilitating the development of a stable blood clot to prevent dry socket formation. BenaCel® dental dressing is designed for use in the extraction site and the management of bleeding and alveolar osteitis (dry socket). It may also be used as a wound dressing for the temporary management of oral surgical wounds, such as operative, postoperative, donor sites and traumatic injuries.
UNICARE BIOMEDICAL INC.
2021-07-23
Cytoflex Smooth Tef-Guard - Cytoflex® Tef-Guard® is a non-resorbable membrane for use as a space-making barrier in guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE) thin film, Cytoflex® Tef-Guard® has a surface texture and porosity suitable for adhesion of host cells to the material while blocking passage and integration of bacteria within the interstices of the material. The supple membrane conforms easily to tissue contours, and yet offers sufficient stiffness to maintain a space over the bony defect. The micro porous surface is designed to improve flap attachment but prevent tissue and bacteria ingrowth. Cytoflex® Tef-Guard® is for use as a barrier membrane for guided tissue regeneration procedures. The cellular level micro texture is invisible to the naked eye, but can be seen at high magnifications.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Smooth Tef-Guard - Cytoflex® Tef-Guard® is a non-resorbable membrane for use as a space-making barrier in guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE) thin film, Cytoflex® Tef-Guard® has a surface texture and porosity suitable for adhesion of host cells to the material while blocking passage and integration of bacteria within the interstices of the material. The supple membrane conforms easily to tissue contours, and yet offers sufficient stiffness to maintain a space over the bony defect. The micro porous surface is designed to improve flap attachment but prevent tissue and bacteria ingrowth. Cytoflex® Tef-Guard® is for use as a barrier membrane for guided tissue regeneration procedures. The cellular level micro texture is invisible to the naked eye, but can be seen at high magnifications.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Textured Tef-Guard - Cytoflex® Tef-Guard® is a non-resorbable membrane for use as a space-making barrier in guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE) thin film, Cytoflex® Tef-Guard® has a surface texture and porosity suitable for adhesion of host cells to the material while blocking passage and integration of bacteria within the interstices of the material. The supple membrane conforms easily to tissue contours, and yet offers sufficient stiffness to maintain a space over the bony defect. The micro porous surface is designed to improve flap attachment but prevent tissue and bacteria ingrowth. Cytoflex® Tef-Guard® is for use as a barrier membrane for guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE), the textured version of Cytoflex® Tef-Guard® has superficial macro texture overlapping the micro pore texture on both surfaces. The cellular level micro texture is invisible to the naked eye, but can be seen at high magnifications. The macro texture provides additional grips for flap attachment.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Mesh - Cytoflex® Mesh is made of pure implantable Titanium with a precision mesh profile. This product is designed for use to ensure three-dimensional reconstruction of alveolar bone defects and to facilitate bone augmentation through adequate fixation of the augmentation material. The thin, supple mesh conforms easily to tissue contours, and yet presents sufficient stiffness to maintain space over the bony defect.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Mesh - Cytoflex® Mesh is made of pure implantable Titanium with a precision mesh profile. This product is designed for use to ensure three-dimensional reconstruction of alveolar bone defects and to facilitate bone augmentation through adequate fixation of the augmentation material. The thin, supple mesh conforms easily to tissue contours, and yet presents sufficient stiffness to maintain space over the bony defect.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Smooth Tef-Guard - Cytoflex® Tef-Guard® is a non-resorbable membrane for use as a space-making barrier in guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE) thin film, Cytoflex® Tef-Guard® has a surface texture and porosity suitable for adhesion of host cells to the material while blocking passage and integration of bacteria within the interstices of the material. The supple membrane conforms easily to tissue contours, and yet offers sufficient stiffness to maintain a space over the bony defect. The micro porous surface is designed to improve flap attachment but prevent tissue and bacteria ingrowth. Cytoflex® Tef-Guard® is for use as a barrier membrane for guided tissue regeneration procedures. The cellular level micro texture is invisible to the naked eye, but can be seen at high magnifications.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Smooth Tef-Guard - Cytoflex® Tef-Guard® is a non-resorbable membrane for use as a space-making barrier in guided tissue regeneration procedures. Composed of a proprietary micro-porous polytetrafluoroethylene (ePTFE) thin film, Cytoflex® Tef-Guard® has a surface texture and porosity suitable for adhesion of host cells to the material while blocking passage and integration of bacteria within the interstices of the material. The supple membrane conforms easily to tissue contours, and yet offers sufficient stiffness to maintain a space over the bony defect. The micro porous surface is designed to improve flap attachment but prevent tissue and bacteria ingrowth. Cytoflex® Tef-Guard® is for use as a barrier membrane for guided tissue regeneration procedures. The cellular level micro texture is invisible to the naked eye, but can be seen at high magnifications.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Mesh - Cytoflex® Mesh is made of pure implantable Titanium with a precision mesh profile. This product is designed for use to ensure three-dimensional reconstruction of alveolar bone defects and to facilitate bone augmentation through adequate fixation of the augmentation material. The thin, supple mesh conforms easily to tissue contours, and yet presents sufficient stiffness to maintain space over the bony defect.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Mesh - Cytoflex® Mesh is made of pure implantable Titanium with a precision mesh profile. This product is designed for use to ensure three-dimensional reconstruction of alveolar bone defects and to facilitate bone augmentation through adequate fixation of the augmentation material. The thin, supple mesh conforms easily to tissue contours, and yet presents sufficient stiffness to maintain space over the bony defect.
UNICARE BIOMEDICAL INC.
2016-11-23
Cytoflex Mesh - Cytoflex® Mesh is made of pure implantable Titanium with a precision mesh profile. This product is designed for use to ensure three-dimensional reconstruction of alveolar bone defects and to facilitate bone augmentation through adequate fixation of the augmentation material. The thin, supple mesh conforms easily to tissue contours, and yet presents sufficient stiffness to maintain space over the bony defect.
UNICARE BIOMEDICAL INC.
2016-11-23

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