The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The MINILED OEM is a curing light using second generation L.E.D technology. It's
The MINILED OEM is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED AF is a curing light using second generation L.E.D technology. I
The PAM MINILED AF is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The patented technologies of our NEWTRON® ultrasonic generators, combined with o
The patented technologies of our NEWTRON® ultrasonic generators, combined with our tips high quality, support you every day with the promise of the best possible care to patients: "I am caring"
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives fo
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost") and compatible with the new SATELEC Newtron LED handpiece
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives fo
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost") and compatible with the new SATELEC Newtron LED handpiece
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives fo
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost") and compatible with the new SATELEC Newtron LED handpiece
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives fo
The SP Newtron LED module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost") and compatible with the new SATELEC Newtron LED handpiece
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four m
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost")
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four m
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost")
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four m
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost")
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four m
The SP Newtron module is a multi-clinic piezo-ultrasonic unit that drives four modes (Perio, Endo, Scaling and "Boost")
Satelec Handpiece GII is an autoclavable handpiece that is designed for the P5 N
Satelec Handpiece GII is an autoclavable handpiece that is designed for the P5 Newtron®, P Max Newtron XS™, and Prophy Max™ ultrasonic generators.
The SCANWAVE OEM is a curing light using second generation L.E.D technology. It'
The SCANWAVE OEM is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It'
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED AF is a curing light using second generation L.E.D technology. I
The PAM MINILED AF is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
The PAM MINILED is a curing light using second generation L.E.D technology. It's
The PAM MINILED is a curing light using second generation L.E.D technology. It's one of the only lights able to polymerize almost all types of composite material available today.
Micro-blade tip, length 8mmtaper 6%The CAP3 tip has a very pointed extremityindi
Micro-blade tip, length 8mmtaper 6%The CAP3 tip has a very pointed extremityindicated for:• Locating and opening the calcified canals.• Fragmenting calcifications or pulp stonesin the pulp chamber.• Loosening fiber posts.• Locating accessory canals
Micro-blade tip, length 9mm,taper 5%The CAP2 tip has active lateral part andextr
Micro-blade tip, length 9mm,taper 5%The CAP2 tip has active lateral part andextremity and is used by sweeping methodto remove dentine bridges.• Location of the MB2 (2nd mesiobuccal canal)and search for hidden canals.• Preparation of the pulp chamber.• Removal of the dentine layer which may hidethe access to the MB2 canal.
Micro-blade tip length 12mm,taper 6%The CAP1 tip is used with the active lateral
Micro-blade tip length 12mm,taper 6%The CAP1 tip is used with the active lateralpart for:• Finishing walls and polishing.• Removing temporary cementand dentinal residues.• Removing dentin overhangs
EndoSuccess Canal Access Prep Kitsupplied with CAP1, CAP2 and CAP3 tips, metal h
EndoSuccess Canal Access Prep Kitsupplied with CAP1, CAP2 and CAP3 tips, metal holder and autoclavable universal wrench...
Long Titanium-Niobium tip,25mm, taper 3%The ET25L (long) is suitable for retreat
Long Titanium-Niobium tip,25mm, taper 3%The ET25L (long) is suitable for retreatmentin the apical third and long, straight canals..
Short Titanium-Niobium tip,length 15mm, taper 4%The ET25S (short) tip is designe
Short Titanium-Niobium tip,length 15mm, taper 4%The ET25S (short) tip is designedfor retreatment in the coronal thirdand the isthmuses.
Diamond-coated ball tip,length 20mm, taper 5%Diamond-coated ball tip for searchi
Diamond-coated ball tip,length 20mm, taper 5%Diamond-coated ball tip for searchingfor canals and locating calcified canals.
Loosening tip(post removal)Powerful steel tip for loosening posts and crowns.Use
Loosening tip(post removal)Powerful steel tip for loosening posts and crowns.Used with irrigation, in contact with the prostheticelement to be loosened and at maximum power.
Titanium-Niobium tip,length 20mm, taper 3%Suggested tip for retreatment in the m
Titanium-Niobium tip,length 20mm, taper 3%Suggested tip for retreatment in the middleand apical thirds and the extraction of brokeninstruments.
Diamond-coated steel tip 76μm,length 18mm, taper 5%The ET18D tip is a diamond-co
Diamond-coated steel tip 76μm,length 18mm, taper 5%The ET18D tip is a diamond-coated tip for:• Finishing the access cavity.• Removing dentine overhangs,calcifications and filling materials
Long retreatment tip,40mm, diamond-coated 30 μm,taper 4%The ET40D is a diamond-c
Long retreatment tip,40mm, diamond-coated 30 μm,taper 4%The ET40D is a diamond-coated steel tipfor retreatment of very hard materialin the middle third.
Diamond-coated retreatment tip,30 μm, length 20mm,taper 5%The ET20D tip in diamo
Diamond-coated retreatment tip,30 μm, length 20mm,taper 5%The ET20D tip in diamond-coated steel is usedin the 1st coronal third to remove very hardmaterials by brushing the walls
Long retreatment tip,40mm, taper 4%The ET40 is a steel tip for rapid removal ofb
Long retreatment tip,40mm, taper 4%The ET40 is a steel tip for rapid removal ofbroken instruments in the middle third of wide,straight canals
Retreatment tip,length 20mm, taper 6%The ET20 steel tip is used in the in the1st
Retreatment tip,length 20mm, taper 6%The ET20 steel tip is used in the in the1st coronal third:• Extraction of filling material, silver points,broken instruments.• Removal of debris and the smear layer
Fine condenser,length 40mm, taper 4%The SO4 tip is designed for lateralcondensat
Fine condenser,length 40mm, taper 4%The SO4 tip is designed for lateralcondensation of gutta percha by heatingeffect. It is used dry, without irrigation
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bo
Osteotomy, osteoplasty, decorticating, drilling, shaping and smoothing of the bones andteeth in various surgical procedures, including but not limited to general, orthopedic,otolaryngologic, maxillofacial, oral, hand/foot, neurosurgery, spinal, andplastic/reconstructive surgery.
JDX
Instrument, Surgical, Sonic And Accessory/Attachment
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.