CeraRoot Surgical Case (empty). It's used to store all the necessary instruments
CeraRoot Surgical Case (empty). It's used to store all the necessary instruments to perform the dental CeraRoot implant surgery. It's made of polymer resistant to dental autoclaves.
Impactor for implant CeraRoot 14. A metal hand-held manual surgical instrument d
Impactor for implant CeraRoot 14. A metal hand-held manual surgical instrument designed to position the CeraRoot 14 into the alveolar bone. Its mode of application is by transmission of an impact force to drive the implant into its final position in the bone. The proximal end is a handle designed to absorb the impact from a surgical hammer or mallet. The distal end is shaped curved to conform to the implant shape and is made of PEEK. This is a reusable device.
Countersink 14 - for the implants CeraRoot 14 and the CeraRoot 34 and 34L- orang
Countersink 14 - for the implants CeraRoot 14 and the CeraRoot 34 and 34L- orange and violet color coded - ceramic
Countersink 14 - for the implants CeraRoot 14 and the CeraRoot 34 and 34L- orang
Countersink 14 - for the implants CeraRoot 14 and the CeraRoot 34 and 34L- orange and violet color coded - steel
Twist Drill Triangle Shape to start osteotomy, with laser marks at 6-8-10-12-14-
Twist Drill Triangle Shape to start osteotomy, with laser marks at 6-8-10-12-14-16mm. Made of Steel.
Implant CeraRoot 34:14/4.1-4.8 Size L= 14mm Indicated for CANINES AND PRE
Implant CeraRoot 34:14/4.1-4.8 Size L= 14mm Indicated for CANINES AND PREMOLARS LONG ABUTMENT 5.8MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:12/4.1-4.8 Size L= 12mm Indicated for CANINES AND PRE
Implant CeraRoot 34:12/4.1-4.8 Size L= 12mm Indicated for CANINES AND PREMOLARS LONG ABUTMENT 5.8MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:10/4.1-4.8 Size L= 10mm Indicated for CANINES AND
Implant CeraRoot 34:10/4.1-4.8 Size L= 10mm Indicated for CANINES AND PREMOLARS LONG ABUTMENT 5.8MM One-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:8/4.1-4.8 Size L= 8mm Indicated for CANINES AND PREM
Implant CeraRoot 34:8/4.1-4.8 Size L= 8mm Indicated for CANINES AND PREMOLARS LONG ABUTMENT 5.8MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:14/4.1-4.8 Size L= 14mm Indicated for CANINES AND PRE
Implant CeraRoot 34:14/4.1-4.8 Size L= 14mm Indicated for CANINES AND PREMOLARS SHORT ABUTMENT 4.3MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:12/4.1-4.8 Size L= 12mm Indicated for CANINES AND PRE
Implant CeraRoot 34:12/4.1-4.8 Size L= 12mm Indicated for CANINES AND PREMOLARS SHORT ABUTMENT 4.3MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:10/4.1-4.8 Size L= 10mm Indicated for CANINES AND PRE
Implant CeraRoot 34:10/4.1-4.8 Size L= 10mm Indicated for CANINES AND PREMOLARS SHORT ABUTMENT 4.3MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 34:8/4.1-4.8 Size L= 8mm Indicated for CANINES AND PREMO
Implant CeraRoot 34:8/4.1-4.8 Size L= 8mm Indicated for CANINES AND PREMOLARS SHORT ABUTMENT 4.3MMOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 21:14/4.1-4.8 Size L= 14mm Indicated for UPPER CENTRAL I
Implant CeraRoot 21:14/4.1-4.8 Size L= 14mm Indicated for UPPER CENTRAL INCISORS AND CUSPIDSOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 21:12/4.1-4.8 Size L= 12mm Indicated for UPPER CENTRAL I
Implant CeraRoot 21:12/4.1-4.8 Size L= 12mm Indicated for UPPER CENTRAL INCISORS AND CUSPIDSOne-piece zirconia dental Implant including abutment.
Implant CeraRoot 21:10/4.1-4.8 Size L= 10mm Indicated for UPPER CENTRAL I
Implant CeraRoot 21:10/4.1-4.8 Size L= 10mm Indicated for UPPER CENTRAL INCISORS AND CUSPIDSOne-piece zirconia dental Implant including abutment.
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.