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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.

DiaDent mm Marked Gutta Percha Points - Non Standard Sizes

• Quick and easy method for depth measurements
• Eliminates apex perforations which may lead to bleeding
• Completely seals the entire length of the canal
• Save chair time with pre-measured points
• Most accurate depth measurements
• Shelf life: 4 years

Hand Jig Rolled Gutta Percha Points

• Superior than machine rolled points
• Consistent, uniform taper
• Smooth, rounded bullet shaped tips
• Readily conforms to shape of canal
• Optical apical seal

Laser Inspected

• Using a laser beam, each DiaDent ML.029™ point is individually inspected at diameters D3 and D16
• ISO and ADA standard only requires 0.01 mm incremental measurement units.
• DiaDent uses 0.001 mm increments

ML.029 Gutta Percha points

• Gutta percha provide a fast and reliable solution for root canal measuring and filling.
• It reduces the possibility of over-extension. The +- .-29 diameter tolerance ensures an excellent fit to the files.
• The points are Cadmium-free, latex-free, radiopaque, and hand-rolled.
• These gutta percha points are ISO (International Standard Sizes) which means they are .02 tapered.  Available in Sliding Package (120 points/box).

Dia-Pro ISO Gutta Percha complements: 

• Tapered (.04 and .06) Rotary Files, ProFile® ISO Rotary Files, EndoSequence® Files, K3® Files, EdgeSequel™ Sapphire, Vortex®, Vortex Blue™.

Dia-ProT Gutta Percha complements:

• Dia-X™ Files, ProTaper® Files, EdgeTaper™. 
• These points are millimeter-marked and are packaged in a convenient one-hand sliding-open package.  Length = 28mm +/- 1

DiaDent Paper points

An absorbent paper points is an endodontic paper point that is used during the endodontic therapy to dry, or remove any foreign materials from the root canal of a tooth.
Diadent is known for its most comprehensive selection of gutta percha and paper point in the market. Not only that, DiaDent’s special tapered points are millimeter-marked to provide the most accurate depth measurements and to save chair time. The + and - .029 diameter tolerance ensures a complete and precise obturation every time. 
Endodontic paper points are used to eliminate moisture from canals following preparation during root canal procedures.
These small pieces of paper are highly absorbant and shaped to easily fit into the canal.
-Hand Rolled for Extra Absorbency.
-Rigid enough to insert in canals without curling or bending
-Rolled firmly to hold shape when withdrawn from the canal
-Highly absorbent Sterilized individual packages
-Variety of sizes  available

Pro T Paper Points 

They are marked to provide preliminary guidance in measuring the root canal depth before proceeding clinically with the application of Gutta Percha Points.
DiaDent's paper points have superior absorbency that ensures complete drying of the entire canal

Millimeter Marked Paper Point

DiaDent mm-Marked Pro ISO Gutta Percha Points - 6% Taper

• Quick and easy method for depth measurements
• Eliminates apex perforations which may lead to bleeding
• Completely seals the entire length of the canal
• Save chair time with pre-measured points
• Most accurate depth measurements
• Shelf life: 4 years

Hand Jig Rolled Gutta Percha Points

• Superior than machine rolled points
• Consistent, uniform taper
• Smooth, rounded bullet shaped tips
• Readily conforms to shape of canal
• Optical apical seal

Laser Inspected

• Using a laser beam, each DiaDent ML.029™ point is individually inspected at diameters D3 and D16
• ISO and ADA standard only requires 0.01 mm incremental measurement units.
• DiaDent uses 0.001 mm increments

ML.029 Gutta Percha points

• Gutta percha provide a fast and reliable solution for root canal measuring and filling.
• It reduces the possibility of over-extension. The +- .-29 diameter tolerance ensures an excellent fit to the files.
• The points are Cadmium-free, latex-free, radiopaque, and hand-rolled.
• These gutta percha points are ISO (International Standard Sizes) which means they are .02 tapered.  Available in Sliding Package (120 points/box).

Dia-Pro ISO Gutta Percha complements: 

• Tapered (.04 and .06) Rotary Files, ProFile® ISO Rotary Files, EndoSequence® Files, K3® Files, EdgeSequel™ Sapphire, Vortex®, Vortex Blue™.

Dia-ProT Gutta Percha complements:

• Dia-X™ Files, ProTaper® Files, EdgeTaper™. 
• These points are millimeter-marked and are packaged in a convenient one-hand sliding-open package.  Length = 28mm +/- 1

DiaDent mm-Marked Pro ISO Gutta Percha Points - 4% Taper

• Quick and easy method for depth measurements
• Eliminates apex perforations which may lead to bleeding
• Completely seals the entire length of the canal
• Save chair time with pre-measured points
• Most accurate depth measurements
• Shelf life: 4 years

Hand Jig Rolled Gutta Percha Points

• Superior than machine rolled points
• Consistent, uniform taper
• Smooth, rounded bullet shaped tips
• Readily conforms to shape of canal
• Optical apical seal

Laser Inspected

• Using a laser beam, each DiaDent ML.029™ point is individually inspected at diameters D3 and D16
• ISO and ADA standard only requires 0.01 mm incremental measurement units.
• DiaDent uses 0.001 mm increments

ML.029 Gutta Percha points

• Gutta percha provide a fast and reliable solution for root canal measuring and filling.
• It reduces the possibility of over-extension. The +- .-29 diameter tolerance ensures an excellent fit to the files.
• The points are Cadmium-free, latex-free, radiopaque, and hand-rolled.
• These gutta percha points are ISO (International Standard Sizes) which means they are .02 tapered.  Available in Sliding Package (120 points/box).

Dia-Pro ISO Gutta Percha complements: 

• Tapered (.04 and .06) Rotary Files, ProFile® ISO Rotary Files, EndoSequence® Files, K3® Files, EdgeSequel™ Sapphire, Vortex®, Vortex Blue™.

Dia-ProT Gutta Percha complements:

• Dia-X™ Files, ProTaper® Files, EdgeTaper™. 
• These points are millimeter-marked and are packaged in a convenient one-hand sliding-open package.  Length = 28mm +/- 1

Pro T Paper Points 

They are marked to provide preliminary guidance in measuring the root canal depth before proceeding clinically with the application of Gutta Percha Points.
DiaDent's paper points have superior absorbency that ensures complete drying of the entire canal

Millimeter Marked Paper Point

DiaDent Paper points

An absorbent paper points is an endodontic paper point that is used during the endodontic therapy to dry, or remove any foreign materials from the root canal of a tooth.
Diadent is known for its most comprehensive selection of gutta percha and paper point in the market. Not only that, DiaDent’s special tapered points are millimeter-marked to provide the most accurate depth measurements and to save chair time. The + and - .029 diameter tolerance ensures a complete and precise obturation every time. 
Endodontic paper points are used to eliminate moisture from canals following preparation during root canal procedures.
These small pieces of paper are highly absorbant and shaped to easily fit into the canal.
-Hand Rolled for Extra Absorbency.
-Rigid enough to insert in canals without curling or bending
-Rolled firmly to hold shape when withdrawn from the canal
-Highly absorbent Sterilized individual packages
-Variety of sizes  available

Pro T Paper Points 

Millimeter Marked Paper Point

DiaDent ML.029 mm Marked Gutta Percha Points - 2% Taper

• Quick and easy method for depth measurements
• Eliminates apex perforations which may lead to bleeding
• Completely seals the entire length of the canal
• Save chair time with pre-measured points
• Most accurate depth measurements
• Shelf life: 4 years

Hand Jig Rolled Gutta Percha Points

• Superior than machine rolled points
• Consistent, uniform taper
• Smooth, rounded bullet shaped tips
• Readily conforms to shape of canal
• Optical apical seal

Laser Inspected

• Using a laser beam, each DiaDent ML.029™ point is individually inspected at diameters D3 and D16
• ISO and ADA standard only requires 0.01 mm incremental measurement units.
• DiaDent uses 0.001 mm increments

ML.029 Gutta Percha points

• Gutta percha provide a fast and reliable solution for root canal measuring and filling.
• It reduces the possibility of over-extension. The +- .-29 diameter tolerance ensures an excellent fit to the files.
• The points are Cadmium-free, latex-free, radiopaque, and hand-rolled.
• These gutta percha points are ISO (International Standard Sizes) which means they are .02 tapered.  Available in Sliding Package (120 points/box).

Dia-Pro ISO Gutta Percha complements: 

• Tapered (.04 and .06) Rotary Files, ProFile® ISO Rotary Files, EndoSequence® Files, K3® Files, EdgeSequel™ Sapphire, Vortex®, Vortex Blue™.

Dia-ProT Gutta Percha complements:

• Dia-X™ Files, ProTaper® Files, EdgeTaper™. 
• These points are millimeter-marked and are packaged in a convenient one-hand sliding-open package.  Length = 28mm +/- 1

Super Etch 

37% promotes strong bonding

Super Etch 37% wt phosphoric acid etchant for enamel and dentin. Easily controlled Super Etch gel flows under direction, not under gravity.

37% wt phosphoric acid

30 to 40% wt phosphoric acid optimally etches in 15 to 20 seconds. Lower concentrations require longer contact time, unnecessarily delaying procedures.

No interference with adhesive

Super Etch inorganic silica gel thickener is no obstacle to the adhesive. Other etchants block adhesives with a wax-like polymer residue which can inhibit penetration and bonding.

Thixotropic gel

Super Etch non-slump gel offers precise placement. Agitate the gel to lower its viscosity.

Blue tint gel

High visibility for precise placement.

Super Etch

Super Etch creates micropores in the enamel surface and removes the smear layer to unblock dentinal tubules. It promotes adhesive resin penetration and resin tag formation. Super Etch is vital for the restoration’s mechanical retention.

Super Etch syringes

Super Etch offers an easy to use, leak free syringe. Direct extrusion facilitates faster procedures, economical dispensing and easier access into difficult to reach areas.

Super Etch syringe tips

Super Etch tips – straight tips.

Economical,  Non-gamma 2,  Admix alloy