SS White: Carbide & Diamond Burs, Minimally Invasive Rotary Files & more

DCTaper™H  - Dentin Conservation - NiTi Rotary Files System

The SS White® Endodontic File System is anatomically designed with the most minimally invasive shapes to provide greater safety, strength, and flexibility in negotiating canals

• DCTaper™ Files: Designed to Conserve Vital Peri-Cervical Dentin
  9 out of 10 referring dentists have experienced frustration in restoring endodontically treated teeth that do not preserve supporting dentin, which is vital to the long-term success of the restoration

Establish Canal Patency with DCGlide Path™ NiTi Rotary File System

DCTaper™ NiTi rotary files, make the transition from glide path development to shaping seamless.
Used together, the DC File System offers clinicians the ability to develop safe and predictable canal patency and follow with both, deep apical shaping and conservative coronal shaping

• Safe-end prevents ledging, transportation and perforation
• Reduced shaft diameters increase flexibility required for curved canal negotiation
• Variable taper design preserves vital dentin in coronal third
• Variable pitch design reduces screw-in effect

DCGlide Path™ & DCTaper™ NiTi Rotary Files System CONSERVATION, EFFICIENCY, SAFETY, FLEXIBILITY & STRENGTH

• Non Cutting Tip - Safeguards against perforation a transportation
• Variable Pitch - Variable helical angle and variable flute pitch
• Variable Taper - Preserve Dentin throughout the peri-cervical area
• Reduced Shaft - Allows file to remain flexible even in the most curved canals
  

Variable Decreasing Taper Design Creates the Most Conservative Root Canal Shape

• A root canal has a variable rate of change NOT a constant rate of taper change, this is the basis for variable taper design of DCTaper™ Files
• DCTaper™ File System encompasses a more anatomic design that creates shape while preserving key peri-cervical dentin by more closely mirroring the natural shape of the root
• DCTaper™ instruments have a variable decreasing rate of taper going from tip to shaft

Strong & Flexible Through Parabolic Core Design

Flexibility Through Safe-Core™ Parabolic Design

• High flexibility for successful navigation of even the most curved canals
• Strong core design safeguards against separation
• Strongest core design of any major competitor*

DCTaper™H  - Dentin Conservation - NiTi Rotary Files System

The SS White® Endodontic File System is anatomically designed with the most minimally invasive shapes to provide greater safety, strength, and flexibility in negotiating canals

• DCTaper™ Files: Designed to Conserve Vital Peri-Cervical Dentin
  9 out of 10 referring dentists have experienced frustration in restoring endodontically treated teeth that do not preserve supporting dentin, which is vital to the long-term success of the restoration

Establish Canal Patency with DCGlide Path™ NiTi Rotary File System

DCTaper™ NiTi rotary files, make the transition from glide path development to shaping seamless.
Used together, the DC File System offers clinicians the ability to develop safe and predictable canal patency and follow with both, deep apical shaping and conservative coronal shaping

• Safe-end prevents ledging, transportation and perforation
• Reduced shaft diameters increase flexibility required for curved canal negotiation
• Variable taper design preserves vital dentin in coronal third
• Variable pitch design reduces screw-in effect

DCGlide Path™ & DCTaper™ NiTi Rotary Files System CONSERVATION, EFFICIENCY, SAFETY, FLEXIBILITY & STRENGTH

• Non Cutting Tip - Safeguards against perforation a transportation
• Variable Pitch - Variable helical angle and variable flute pitch
• Variable Taper - Preserve Dentin throughout the peri-cervical area
• Reduced Shaft - Allows file to remain flexible even in the most curved canals
  

Variable Decreasing Taper Design Creates the Most Conservative Root Canal Shape

• A root canal has a variable rate of change NOT a constant rate of taper change, this is the basis for variable taper design of DCTaper™ Files
• DCTaper™ File System encompasses a more anatomic design that creates shape while preserving key peri-cervical dentin by more closely mirroring the natural shape of the root
• DCTaper™ instruments have a variable decreasing rate of taper going from tip to shaft

Strong & Flexible Through Parabolic Core Design

Flexibility Through Safe-Core™ Parabolic Design

• High flexibility for successful navigation of even the most curved canals
• Strong core design safeguards against separation
• Strongest core design of any major competitor*

Precision Micro Endodontic Burs For Endodontic Access and Exploration

Developed with leading endodontists to be “three tools in one,” eliminating 2-3 Gates Glidden and 1 files, finding canals in both molars and anteriors, and accessing calcified canals.

Benefits of Using ENDOGUIDE

• Conical shape acts as a self-centering guide for straight-line access to canals
• Eliminates 2-3 Gates Glidden and 1 Ultrasonic tip
• Facilitates increased tactile sense for MB 2/3 and calcified canals
• Provides a polished dentin surface for easier visual identification of hidden canals
• Removes old pins and posts in half the time
• Diminutive size head allows for greater visualization by the clinician
Efficient, straight-line access to canals is achievable with EndoGuide , a unique set of eight carbide burs for non-surgical root canal treatment. The patented, conical shaped micro-diameter tip acts as a self-centering guide for precision access to canals while conserving healthy peri-cervical dentin. The funnel-shaped bur design improves canal visualization

-Efficient, straight-line access to canals is achievable with EndoGuide 

-Unique set of eight carbide burs for non-surgical root canal treatment.
-Provides a polished dentin surface for easier visual identification of hidden canals, reducing dependence on costly ultrasonic instrumentation.

Problem: Round burs were designed to cut vertically and horizontally, which can cause run-off and difficulty finding canals during endodontic access.

Solution: EndoGuide burs are funnel-shaped, specifically designed to offer an accurate straight-line access path and better tactile sense. Doctors have indicated Endoguide Burs conserve 40% more peri-cervical dentin, which is key to strength, increased restoration life and general dentist satisfaction with endodontic results and referral.

The ExactTaper H™Rotary files

ExactTaperH files reduce the number of files needed in a case with familiar colours and file shapes to streamline the existing treatment process. Use the same protocol or technique you use with ProTaper® Gold or Edge Taper Platinum file systems with the same sizes, lengths and tapers.shaping files reduce the potential for over-preparation and enable:-

For simple, fast, and predictable endo.

Over the years, SS White has resolved many of the issues that endodontists have faced with other endodontic file systems, and they have been very successful in doing so,said Dr Salehrabi.SS White continues to meet the needs of endodontists and general practitioners with products created around CORE Endodontics—a holistic strategy that focuses on conserving the whole tooth through minimally invasive dentistry.

ExactTaper has more flexibility than most files and helped me overcome working on tight canals or curved canals,” said Dr. Sheri. “It is a very useful file system that is great to have on hand for molar endodontics.” The shaping files cut dentin throughout each canal zone with greater efficiency, while reducing the potential for overpreparation.

The finishing files ensure the proper apical fit for matching existing gutta percha points. Shaping files also have multiple tapers that ensure flexibility and cut dentin in specific canal zones.

These files offer quick and efficient cutting and shaping, and there is less chance of fracture due to very thin tips 

This flexibility is an important property that allows preparation of curved canals while minimizing transportation. Despite this increased flexibility, separation is still a concern with NiTi instruments. The clinical concern is that NiTi files have been reported to undergo fatigue failure which occurs unexpectedly without any sign of previous deformation and therefore visual inspection would not seem to be the ideal way of evaluating nickel titanium instruments in order to prevent fracture

Clinicians could pre-bend the files. you ve never seen a NiTi product bend like that.SS White ExactTaper H Files offer greater flexibility and are more resistant to cyclic fatigue when tested against both Dentsply Protaper Gold and Edge Endo EdgeTaper™ Platinum files. Heat matrix technology provides better flexibility to easily navigate curved canals and complex anatomy.

Other features and benefits include:

• Same sizes, lengths and tapers enable you to use the same protocol or technique you use with ProTaper Gold and Edge Taper Platinum file systems.
• Shaping files cut dentin throughout each canal zone with greater efficiency while reducing the potential for over-preparation.
• Finishing files ensure the proper apical fit for the matching Diadent Gutta Percha points.
• Shaping files have multiple tapers that ensure flexibility and cut dentin in specific canal zones.

ExactTaperH DC™ : The Next Generation of Minimally Invasive NiTi Files

Designed with cutting edge technology that offers real world application. Minimally Invasive by design, with the strength and flexibility like no other, EXACTTaperH DC™ files are by manufactured in the USA to the strictest guidelines to insure excellent consistency and performance, time after time

Industry Leading Quality & Performance

Today's clinician's want a file that doesn’t separate and RCT results that are less prone to fracture and failure. Introducing the newest system in the SS White® line of Minimally Invasive endodontic files, EXACTTaperH DC™.
We have developed a file system that is 33% smaller than ProTaper Gold®*,
yet 50.5% stronger and 264% more flexible. 
Is this even possible? It sure is, and better yet, you can use the same technique with EXACTTaperH DC™ files as you do with ProTaper Gold®.

LESS FILE MEANS Conserve More Dentin for Longer Lasting Restorations

The variable decreasing taper of the EXACTTaperH DC™ preserves more pericervical dentin when compared to other variable increasing taper files like the ProTaper Gold®. Smaller tapering in the mid and upper portion of the EXACTTaperH DC™ file results in unmatched file flexibility while providing better initial access and conservative restorative options

NAVIGATE Without Constraint

Flexibility is an important property of NiTi that allows preparation of curved canals while
minimizing transportation. Despite the increased flexibility, separation is still a concern.
NiTi files can still undergo fatigue failure which occurs unexpectedly without any sign of previous deformation and therefore visual inspection may not be the ideal way of evaluating nickel titanium instruments in order to prevent fracture.

Navigate Over Curved Canals Without the Stress

EXACTTaperH DC™ files utilize a proprietary heat-treating process which creates
superior controlled memory and flexibility for up to 900 curves that accommodate
even the most complex canal anatomies.

NO CHANGE To Your Current Technique

• The SS White® EXACTTaperH DC™ file system has been designed with multiple tapers that ensure flexibility and cut dentin in specific canal zones, while utilizing a .8 MFD for maximum pericervical dentin conservation, reducing the potential for over-preparation.
• EXACTTaperH DC™ files are available in comparable sizes, lengths and tapers to the Dentsply® ProTaper Gold® file system, and Edge Endo® Edge Taper™ file systems
• They require no change to current protocol or technique and offer the same predictable results.

FISSUROTOMY-Conservative preparation & Exploration burs

Explore and Restore Suspected Pit and Fissures In 3-5 Minutes.

Increased flouride use has made it difficult to detect fissure caries using explorers and x-rays. A large percentage of suspect fissures have decay present.

No Stick Surface of fissure in enamel looks relatively healthy, and the explorer does not detect lesion. But you’re suspiscious because of the decalcification and subsurface staining.

No X-Ray Evidence Radiographs do not detect all occlusal lesions. Enamel thickness can be deceptive.

You’re still suspicious. Decay Present A cross section of the same tooth confirms your suspicion. It clearly shows the lesion deep in the enamel and the dentin. 

Fissurotomy Instruments are essential when removing decay in deep lesions because they preserve the healthy dentin. This reduces post-operative sensitivity and avoids unnecessary root canal procedures.

A Clinical Scenario: Wait or Explore and Restore

Force Resistant Solid Carbide Burs

Our burs are engineered to deliver superior consistency, strength and cutting rate with minimal vibration for maximized performance and procedural comfort for you and your patient.

Powerful cutting performance

Carefully designed blade structure, rake angle, flute depth and spiral angulation combined with our specially formulated tungsten carbide results in the powerful cutting performance of our burs. SS White burs are engineered to deliver the most efficient cutting rate & performance for the most popular procedures.

Consistent Quality

SS White^® is ISO 13485, EN46001 and CE Mark Certified which means an SS White^® bur is manufactured to the highest quality standards. SS White^® reflects the importance of manufacturing to the highest standard of quality in its Quality Policy 

All Carbides Are Not Alike

SS White^® adheres to strict tolerances for concentricity of shank and head profiles during manufacturing. The result is a well-balanced carbide that: delivers minimal vibration when subjected to the rotational speeds of the dental hand-piece and maximizes performance and procedural comfort for you and your patient.

SS White^® brings over 160 years of continuous improvement in the design and manufacturing of dental instruments. In 1947, SS White^® introduced the first carbide bur to the dental profession and we continue to innovate operative, finishing and specialty carbide burs to serve the needs of modern dentistry.

SS White^® carbide blade are sharper and last longer

SS White^® solid carbide burs are made with high quality fine-grain tungsten carbide, which produces a blade that is sharper and wears longer compared to less expensive coarse grain tungsten carbide. Blades made of fine grain tungsten carbide, retain shape even as they wear. Less expensive, large particle tungsten carbide dulls quickly as the large particles break from the blade or cutting edge

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Dental Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

SS WHITE G2 Diamond burs-Worldwide, SS White^® diamonds

Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.

We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Why use SS White^® diamond instruments?

• Deeply embedded diamond particles for increased durability and sharp cut.
• Perfectly concentric instruments that produce no noticeable vibration or chatter, which improves patient comfort and yields good clinical results.
• Competitively priced, durable and long lasting, SS White^® diamonds are a sound value and backed by a 100% SS White^® guarantee.

5 key manufacturing requirements that influence quality and durability of SS White^® diamond instruments.

Grade of raw materials: SS White^® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.

Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.

Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White^® is manually and mechanically monitored to insure consistent and optimal diamond coverage.

Optimum embedding of diamond particles: SS White^® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.

Precisely ground blanks: SS White^® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.

Gold series burs -Save 12 Hours of Chair Time Annually with Faster, Longer Lasting Metal Cutting

Manufactured with technically advanced blade geometry and force resistant solid carbide, SS White® Great White® Burs are more durable, enabling one bur to remove up to three PFMs.

Tackle your toughest material cutting challenges and save time with the multi-functional performance of Great White carbide burs. Great White burs cut all hard materials smoothly, making the treatment procedure an easier experience for your patient and reducing rotary bur inventory in your office.

SS White Great White Gold Series Burs are:

• Manufactured with technically advanced blade geometry, quality materials and a thicker neck.
• Designed to eliminate bur breakage when cutting hard material such as metal, porcelain and composite.
• Perfect for procedures requiring a plunge cut, whether working with non & semi-precious metal, amalgam or composite

Force Resistant Solid Carbide Burs

Our burs are engineered to deliver superior consistency, strength and cutting rate with minimal vibration for maximized performance and procedural comfort for you and your patient.

Powerful cutting performance

Carefully designed blade structure, rake angle, flute depth and spiral angulation combined with our specially formulated tungsten carbide results in the powerful cutting performance of our burs. SS White burs are engineered to deliver the most efficient cutting rate & performance for the most popular procedures.

Consistent Quality

SS White^® is ISO 13485, EN46001 and CE Mark Certified which means an SS White^® bur is manufactured to the highest quality standards. SS White^® reflects the importance of manufacturing to the highest standard of quality in its Quality Policy which states:

• Total commitment to ISO 13485, MDD 93/42 EEC –Annex II and Total Quality Manufacturing
• Provide customers with the highest valued products and services
• Pursue continuous improvement
• Focus on customer needs

You can depend on the consistent quality of a SS White^® bur… in all ways, always.

All Carbides Are Not Alike

SS White^® adheres to strict tolerances for concentricity of shank and head profiles during manufacturing. The result is a well-balanced carbide that: delivers minimal vibration when subjected to the rotational speeds of the dental hand-piece and maximizes performance and procedural comfort for you and your patient.

SS White^® brings over 160 years of continuous improvement in the design and manufacturing of dental instruments. In 1947, SS White^® introduced the first carbide bur to the dental profession and we continue to innovate operative, finishing and specialty carbide burs to serve the needs of modern dentistry.

SS White^® carbide blade are sharper and last longer

SS White^® solid carbide burs are made with high quality fine-grain tungsten carbide, which produces a blade that is sharper and wears longer compared to less expensive coarse grain tungsten carbide. Blades made of fine grain tungsten carbide, retain shape even as they wear. Less expensive, large particle tungsten carbide dulls quickly as the large particles break from the blade or cutting edge

Gold series burs -Save 12 Hours of Chair Time Annually with Faster, Longer Lasting Metal Cutting

Manufactured with technically advanced blade geometry and force resistant solid carbide, SS White® Great White® Burs are more durable, enabling one bur to remove up to three PFMs.

Tackle your toughest material cutting challenges and save time with the multi-functional performance of Great White carbide burs. Great White burs cut all hard materials smoothly, making the treatment procedure an easier experience for your patient and reducing rotary bur inventory in your office.

SS White Great White Gold Series Burs are:

• Manufactured with technically advanced blade geometry, quality materials and a thicker neck.
• Designed to eliminate bur breakage when cutting hard material such as metal, porcelain and composite.
• Perfect for procedures requiring a plunge cut, whether working with non & semi-precious metal, amalgam or composite

Force Resistant Solid Carbide Burs

Our burs are engineered to deliver superior consistency, strength and cutting rate with minimal vibration for maximized performance and procedural comfort for you and your patient.

Powerful cutting performance

Carefully designed blade structure, rake angle, flute depth and spiral angulation combined with our specially formulated tungsten carbide results in the powerful cutting performance of our burs. SS White burs are engineered to deliver the most efficient cutting rate & performance for the most popular procedures.

Consistent Quality

SS White^® is ISO 13485, EN46001 and CE Mark Certified which means an SS White^® bur is manufactured to the highest quality standards. SS White^® reflects the importance of manufacturing to the highest standard of quality in its Quality Policy which states:

• Total commitment to ISO 13485, MDD 93/42 EEC –Annex II and Total Quality Manufacturing
• Provide customers with the highest valued products and services
• Pursue continuous improvement
• Focus on customer needs

You can depend on the consistent quality of a SS White^® bur… in all ways, always.

All Carbides Are Not Alike

SS White^® adheres to strict tolerances for concentricity of shank and head profiles during manufacturing. The result is a well-balanced carbide that: delivers minimal vibration when subjected to the rotational speeds of the dental hand-piece and maximizes performance and procedural comfort for you and your patient.

SS White^® brings over 160 years of continuous improvement in the design and manufacturing of dental instruments. In 1947, SS White^® introduced the first carbide bur to the dental profession and we continue to innovate operative, finishing and specialty carbide burs to serve the needs of modern dentistry.

SS White^® carbide blade are sharper and last longer

SS White^® solid carbide burs are made with high quality fine-grain tungsten carbide, which produces a blade that is sharper and wears longer compared to less expensive coarse grain tungsten carbide. Blades made of fine grain tungsten carbide, retain shape even as they wear. Less expensive, large particle tungsten carbide dulls quickly as the large particles break from the blade or cutting edge

Gold series burs -Save 12 Hours of Chair Time Annually with Faster, Longer Lasting Metal Cutting

Manufactured with technically advanced blade geometry and force resistant solid carbide, SS White® Great White® Burs are more durable, enabling one bur to remove up to three PFMs.

Tackle your toughest material cutting challenges and save time with the multi-functional performance of Great White carbide burs. Great White burs cut all hard materials smoothly, making the treatment procedure an easier experience for your patient and reducing rotary bur inventory in your office.

SS White Great White Gold Series Burs are:

• Manufactured with technically advanced blade geometry, quality materials and a thicker neck.
• Designed to eliminate bur breakage when cutting hard material such as metal, porcelain and composite.
• Perfect for procedures requiring a plunge cut, whether working with non & semi-precious metal, amalgam or composite

Force Resistant Solid Carbide Burs

Our burs are engineered to deliver superior consistency, strength and cutting rate with minimal vibration for maximized performance and procedural comfort for you and your patient.

Powerful cutting performance

Carefully designed blade structure, rake angle, flute depth and spiral angulation combined with our specially formulated tungsten carbide results in the powerful cutting performance of our burs. SS White burs are engineered to deliver the most efficient cutting rate & performance for the most popular procedures.

Consistent Quality

SS White^® is ISO 13485, EN46001 and CE Mark Certified which means an SS White^® bur is manufactured to the highest quality standards. SS White^® reflects the importance of manufacturing to the highest standard of quality in its Quality Policy which states:

• Total commitment to ISO 13485, MDD 93/42 EEC –Annex II and Total Quality Manufacturing
• Provide customers with the highest valued products and services
• Pursue continuous improvement
• Focus on customer needs

You can depend on the consistent quality of a SS White^® bur… in all ways, always.

All Carbides Are Not Alike

SS White^® adheres to strict tolerances for concentricity of shank and head profiles during manufacturing. The result is a well-balanced carbide that: delivers minimal vibration when subjected to the rotational speeds of the dental hand-piece and maximizes performance and procedural comfort for you and your patient.

SS White^® brings over 160 years of continuous improvement in the design and manufacturing of dental instruments. In 1947, SS White^® introduced the first carbide bur to the dental profession and we continue to innovate operative, finishing and specialty carbide burs to serve the needs of modern dentistry.

SS White^® carbide blade are sharper and last longer

SS White^® solid carbide burs are made with high quality fine-grain tungsten carbide, which produces a blade that is sharper and wears longer compared to less expensive coarse grain tungsten carbide. Blades made of fine grain tungsten carbide, retain shape even as they wear. Less expensive, large particle tungsten carbide dulls quickly as the large particles break from the blade or cutting edge

Gold series burs -Save 12 Hours of Chair Time Annually with Faster, Longer Lasting Metal Cutting

Manufactured with technically advanced blade geometry and force resistant solid carbide, SS White® Great White® Burs are more durable, enabling one bur to remove up to three PFMs.

Tackle your toughest material cutting challenges and save time with the multi-functional performance of Great White carbide burs. Great White burs cut all hard materials smoothly, making the treatment procedure an easier experience for your patient and reducing rotary bur inventory in your office.

SS White Great White Gold Series Burs are:

• Manufactured with technically advanced blade geometry, quality materials and a thicker neck.
• Designed to eliminate bur breakage when cutting hard material such as metal, porcelain and composite.
• Perfect for procedures requiring a plunge cut, whether working with non & semi-precious metal, amalgam or composite

Force Resistant Solid Carbide Burs

Our burs are engineered to deliver superior consistency, strength and cutting rate with minimal vibration for maximized performance and procedural comfort for you and your patient.

Powerful cutting performance

Carefully designed blade structure, rake angle, flute depth and spiral angulation combined with our specially formulated tungsten carbide results in the powerful cutting performance of our burs. SS White burs are engineered to deliver the most efficient cutting rate & performance for the most popular procedures.

Consistent Quality

SS White^® is ISO 13485, EN46001 and CE Mark Certified which means an SS White^® bur is manufactured to the highest quality standards. SS White^® reflects the importance of manufacturing to the highest standard of quality in its Quality Policy which states:

• Total commitment to ISO 13485, MDD 93/42 EEC –Annex II and Total Quality Manufacturing
• Provide customers with the highest valued products and services
• Pursue continuous improvement
• Focus on customer needs

You can depend on the consistent quality of a SS White^® bur… in all ways, always.

All Carbides Are Not Alike

SS White^® adheres to strict tolerances for concentricity of shank and head profiles during manufacturing. The result is a well-balanced carbide that: delivers minimal vibration when subjected to the rotational speeds of the dental hand-piece and maximizes performance and procedural comfort for you and your patient.

SS White^® brings over 160 years of continuous improvement in the design and manufacturing of dental instruments. In 1947, SS White^® introduced the first carbide bur to the dental profession and we continue to innovate operative, finishing and specialty carbide burs to serve the needs of modern dentistry.

SS White^® carbide blade are sharper and last longer

SS White^® solid carbide burs are made with high quality fine-grain tungsten carbide, which produces a blade that is sharper and wears longer compared to less expensive coarse grain tungsten carbide. Blades made of fine grain tungsten carbide, retain shape even as they wear. Less expensive, large particle tungsten carbide dulls quickly as the large particles break from the blade or cutting edge