Designed for both transitional and long-term denture stabilization, the ERA Micr
Designed for both transitional and long-term denture stabilization, the ERA Micro Dental Implant features the capability to correct implant mis-angulation. Four unique angle options offer flexibility to achieve the desired path of insertion for denture stabilization, even when implants are placed in narrow, resorbed ridges. The ERA implant enables the transitional function of a denture during the osseointegration of traditional implants, as well as long term, affordable chairside denture stabilization. This multi-dimensional system comprises the ERA implant, prosthetic components, including the angulation-correction, vertically resilient properties of the ERA Attachments. For surgical implantation in the maxillary or mandibular arch to support dental restorations such as artificial teeth, in order to restore the patient’s chewing function. Intended for long-term as well as temporary surgical implantation in the bone of the patient’s upper or lower arch to provide immediate load or delayed load of prosthetic systems. Immediate loading should only occur when the position of the implants provides adequate bone quantity and quality to allow proper immediate mechanical stabilization of the self-tapping screw into the bone.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Devices are used in dental implant applications for oral rehabilitation of edent
Devices are used in dental implant applications for oral rehabilitation of edentulous and partially dentate patients in the maxilla and mandible. Implant retained restorations may consist of single crowns or bridges as well as complete or partial dentures. Healing Abutments are intended for placement onto the implant during stage II surgery. As the tissue heals, it conforms to the contours of the abutment. As the gingiva heals, the tissue adapts to the form of the healing abutment, creating permanent oral access to the implant and prepares the gingiva for restoration.
DZE
Implant, Endosseous, Root-Form
2
Natural Profile Healing Abutment 6.0mm x 2.0mm, RP, Biomain, Ti
Devices are used in dental implant applications for oral rehabilitation of edent
Devices are used in dental implant applications for oral rehabilitation of edentulous and partially dentate patients in the maxilla and mandible. Implant retained restorations may consist of single crowns or bridges as well as complete or partial dentures. Healing Abutments are intended for placement onto the implant during stage II surgery. As the tissue heals, it conforms to the contours of the abutment. As the gingiva heals, the tissue adapts to the form of the healing abutment, creating permanent oral access to the implant and prepares the gingiva for restoration.
DZE
Implant, Endosseous, Root-Form
2
Natural Profile Healing Abutment 6.0mm x 1.0mm, RP, Biomain, Ti
Devices are used in dental implant applications for oral rehabilitation of edent
Devices are used in dental implant applications for oral rehabilitation of edentulous and partially dentate patients in the maxilla and mandible. Implant retained restorations may consist of single crowns or bridges as well as complete or partial dentures. Healing Abutments are intended for placement onto the implant during stage II surgery. As the tissue heals, it conforms to the contours of the abutment. As the gingiva heals, the tissue adapts to the form of the healing abutment, creating permanent oral access to the implant and prepares the gingiva for restoration.
DZE
Implant, Endosseous, Root-Form
2
Natural Profile Healing Abutment 5.0mm x 4.0mm, RP, Biomain, Ti
Devices are used in dental implant applications for oral rehabilitation of edent
Devices are used in dental implant applications for oral rehabilitation of edentulous and partially dentate patients in the maxilla and mandible. Implant retained restorations may consist of single crowns or bridges as well as complete or partial dentures. Healing Abutments are intended for placement onto the implant during stage II surgery. As the tissue heals, it conforms to the contours of the abutment. As the gingiva heals, the tissue adapts to the form of the healing abutment, creating permanent oral access to the implant and prepares the gingiva for restoration.
DZE
Implant, Endosseous, Root-Form
2
Natural Profile Healing Abutment 5.0mm x 3.0mm, RP, Biomain, Ti
ERA abutments provide a resilient attachment with universal hinge movement. Ava
ERA abutments provide a resilient attachment with universal hinge movement. Available as one piece straight abutment-screwed into implant and as a two-piece angled abutment (angled attachment cemented into abutment base, and base screed into implant).
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
PUR UCLA Abutment RP Engaging - Gold. The UCLA-Type Abutment is attached direct
PUR UCLA Abutment RP Engaging - Gold. The UCLA-Type Abutment is attached directly to the implant. It provides a pattern for the creation of a screw retained veneered crown. UCLA-Type Abutments are available in single-implant (hexed) and multi-implant (non-hexed) designs. This abutment is well suited for sites with minimal thickness of soft tissue.
Can be used to make a temporary crown. It can also be used as a base with which
Can be used to make a temporary crown. It can also be used as a base with which to create the final crown.
TRU Prosthetic Screw RP .048" Hex. These Prosthetic Screws are intended for fix
TRU Prosthetic Screw RP .048" Hex. These Prosthetic Screws are intended for fixation of abutment to dental implant. They are made from titanium 6AL-4V ELI material.
Intended for use with Stern IC dental implants to support and/or retain removabl
Intended for use with Stern IC dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with Stern IC dental implants to support and/or retain removabl
Intended for use with Stern IC dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with Stern IC dental implants to support and/or retain removabl
Intended for use with Stern IC dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
TRU Prosthetic Screw RP .048" Hex. These Prosthetic Screws are intended for fix
TRU Prosthetic Screw RP .048" Hex. These Prosthetic Screws are intended for fixation of abutment to dental implant. They are made from titanium 6AL-4V ELI material.
TRU Prosthetic Screw NP .048" Hex. The TRU Prosthetic Screws are intended for f
TRU Prosthetic Screw NP .048" Hex. The TRU Prosthetic Screws are intended for fixation of abutment to dental implant. They are made from titanium 6AL-4V ELI material.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
Intended for use with dental implants to support and/or retain removable dental
Intended for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into Abutment Bases which are screwed into endosseous implants.
SternSnap Overdenture Implant Abutment System that can be used to retain overden
SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option. Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer.
SternSnap Overdenture Implant Abutment System that can be used to retain overden
SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option. Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer.
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
A temporary crown and bridge material refill for temporary crowns and bridges, l
A temporary crown and bridge material refill for temporary crowns and bridges, long term temporaries and provisional inlays, onlays, and veneers.
EBG
Crown And Bridge, Temporary, Resin
2
InstaTemp® Max Temp. Material B1 76g cart., 15 mixing tips
Stern Snap Product Description:The SternSnap Attachment is indicated for use wit
Stern Snap Product Description:The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
SternSnap Overdenture Implant Abutment System that can be used to retain overden
SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option. Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer.
SternSnap Overdenture Implant Abutment System that can be used to retain overden
SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option. Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer.
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
SternSnap Overdenture Implant Abutment System that can be used to retain overden
SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option. Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer.
The SternSnap Attachment is indicated for use with dental implants to support an
The SternSnap Attachment is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The attachment screws into SFI Abutments which are screwed into endosseous implants. The SternSnap Attachment consists of a modified ball, which screws into an SFI Abutment and a retaining cap that gets processed into the denture. The retaining female engages the outside of the ball shape and allows retention of the prosthesis to the denture.
Stern Snap One-Piece Implant Abutment 3mm Cuff (B) Contents: 1 attachment, 1 eac
Stern Snap One-Piece Implant Abutment 3mm Cuff (B) Contents: 1 attachment, 1 each Yellow and Green retaining caps, 1 blockout spacer SternSnap Overdenture Implant Abutment System that can be used to retain overdentures on most popular implants. It features a low profile that takes up only 2.5mm of height in the denture and has a long-lasting plastic retention cap that comes in three retention levels (1 lb, 2lb and 3 lb) and doesn’t require a metal housing, making it a simpler, more economical option.
Implant retained overdentures are an established treatment modality. ERA abutmen
Implant retained overdentures are an established treatment modality. ERA abutments provide a resilient attachment with universal hinge movement.
The ORA System is indicated for use with dental implants to support and/or retai
The ORA System is indicated for use with dental implants to support and/or retain removable dental prostheses in the treatment of partially or totally edentulous patients to restore chewing function. The abutment screws directly into endosseous implants or they screw into SFI Abutments which are screwed into endosseous implants. The ORA Implant Abutment System is a precision machined ball shaped abutment that connects a compatible dental implant system with a removable partial or complete overdenture. The implant abutment is screwed into the dental implant. Connection to and retention of a denture is provided by a rubber o-ring, which may or may not be held within a metal housing. There are two color o-rings, a red processing o-ring and a white final o-ring. Connection and retention may also be provided by a plastic keeper that is processed into the denture.
The UCLA-Type Abutment is attached directly to the implant. It provides a patter
The UCLA-Type Abutment is attached directly to the implant. It provides a pattern for the creation of a screw retained veneered crown. Sterngold UCLA Abutments are available in single-implant (hexed) and multi-implant (non-hexed) designs. This abutment is well suited for sites with minimal thickness of soft tissue. They are available in wrought titanium 6 AL-4V ELI, gold and Delrin plastic.
The UCLA-Type Abutment is attached directly to the implant. It provides a patter
The UCLA-Type Abutment is attached directly to the implant. It provides a pattern for the creation of a screw retained veneered crown. Sterngold UCLA Abutments are available in single-implant (hexed) and multi-implant (non-hexed) designs. This abutment is well suited for sites with minimal thickness of soft tissue. They are available in wrought titanium 6 AL-4V ELI, gold and Delrin plastic.
BenTips shaft designed and configured to connect the piezosurgery handpiece to t
BenTips shaft designed and configured to connect the piezosurgery handpiece to the PEEK tips.
BenTips shaft designed and configured to connect the piezosurgery handpiece to t
BenTips shaft designed and configured to connect the piezosurgery handpiece to the PEEK tips.
BenTips Piezosurgery System including: 1 control unit, 2 handpieces, 1 foot peda
BenTips Piezosurgery System including: 1 control unit, 2 handpieces, 1 foot pedal, 1 power cord and other accessories.
The Stern IC Surgical Kit consists of various surgical tools such as drills, cou
The Stern IC Surgical Kit consists of various surgical tools such as drills, countersinks, bone taps, insertion tools and torque wrenches. Intended to be used during implant surgical procedure to drill, bone tap or countersink bone or tissue in the mandible or maxilla of patient. It consists of surgical tools needed for the implant surgical procedure.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
ERA Implant® 2.2, 15 mm One Step Countersink Drill, Micro
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
ERA Implant® 2.2, 13mm One Step Countersink Drill, Micro
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into.
ERA Implant® 2.2, 10mm One Step Countersink Drill, Micro
A metal device intended to be used to create internal threads in surgical site f
A metal device intended to be used to create internal threads in surgical site for implants. They are available in narrow and regular platforms and different sizes.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
RP 3.0mm Externally Cooled Twist Drill, 8.5, 11.5mm
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
RP 2.0mm Externally Cooled Twist Drill, 8.5, 11.5mm
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold-ImplaMed® offers three drilling configurations; Externally Cooled Twist Drills, Internally Cooled Spade Drills, and Internally Cooled "Three Spade" Drills. All three styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.
A metal device used in dental surgery to create channels of appropriate depth an
A metal device used in dental surgery to create channels of appropriate depth and diameter in bone (osteotomy) of the oral cavity to facilitate the implantation of a dental fixture/appliance. There are depth marks along the length of some drills corresponding to the different size implant bodies. These marks are laser etched. Some drills are marked with the diameter in millimeters on the shank. Intended to be used to generate the bore into the bone into which an implant body or attachment is installed into. Preparation of the bony receptor site involves the sequential use of drills and drilling components. Sterngold Implamed offers two drilling configurations; Externally Cooled Twist Drills and Internally Cooled Spade Drills. Both styles are precision machined from high strength stainless steel and feature convenient depth markings and standard latch-type connectors.