All Collections

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.

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

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.

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.

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

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.

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.

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

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.

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.

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

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.

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.

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

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.

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.

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

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.

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.

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

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.

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.

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

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.

SDI Wave - A flowable for all your clinical situations

Wave/ MV are ideal versatile, fluoride releasing, radiopaque, light cured flowable composites designed for anterior and posterior restorations. Wave is an extremely low viscosity flowable, Wave MV is a medium viscosity.

Nanofilled

Wave, Wave MV  contain specially treated nano-fillers to maximize polishability, wear resistance and strength. Ease of extrusion is improved with the addition of these specially treated nano-fillers.

Radiopacity

Wave, Wave MV  are all visible on x-rays. This allows easy identification of secondary caries at the interface.

Fluoride release

Fluoride’s cariostatic effect enhances remineralization and inhibits enamel demineralization. In an aqueous environment, the fluoride ions in Wave, Wave MV diffuse from the resin into the surrounding tooth. This ionic movement is caused by oral fluid passing in and out of the resin and tooth, acting as a carrier for the fluoride ions.

Compressive strength

Wave’s, Wave MV’s high compressive strength values expand the suitability for multiple applications.

Filler loading

Filler loading upto 62%

Natural fluorescence

Wave, Wave MV contain a fluorescent agent that ensures perfectly natural looking teeth under ultraviolet lights.

A choice of 2 viscosities

The wide number of viscosities available in the Wave range ensures the clinician has a choice for all different clinical conditions.Wave is an extremely low viscosity flowable, Wave MV is a medium viscosity.

Tip length comparison

Wave’s complete tip length is 12.2mm, 40% longer than the alternative of 8.7mm. Wave’s longer tip length allows more direct placement of the material into difficult to reach areas.

UDMA

Wave’s UDMA resin system minimizes shrinkage and reduces post operative sensitivity.

Reforpost Metallic - Passive tapered intraradicular post system

Reforpost Metal - Surface texture

Angelus Metal post serrated or roughened surface is more retentive than a smooth one. Controlled grooving of the post and root canal  also increases the retention of the post

Reforpost Metal- Passive post system

It must be cemented passively. Active Screwable posts are harmful to the dental structures

Superior retention is observed in active THREADED POST, but it exerts a greater amount of stress on the remaining tooth structure  which increase the potential for root fracture.

Luting agents for post cementation

Currently there are 3 types of cement available for post cementation Resin cements, GIC  & zinc phosphate.

Self cure resin cement is the material of choice for post cementation as it has highest compressive strength along with negligible solubility. GIC bonds chemically with the dentin and is not technique sensitive. The most traditional of all cements is zinc phosphate, which has adequate physical properties, economic and easy to use as of which it remains as  choice of material  for post cementation for around decades.

Factors affecting retention of post

• Post space preparation 
• Luting Agent
• Post surface Texture
• Post Diameter
• Post Length

Benefits

• Saves clinical time and decreases lab costs
• Easy to use
• Easy to adapt
• No generation of stresses
• Excellent retention for the cement

Time and cost saving

The technique of making prosthesis with pre-fabricated Fiber/Metal posts allows for creation of the post/core in a single session, eliminating steps and laboratory costs

DIA-ROOT BIO Sealer is a pre-mixed bio ceramic calcium silicate-based MTA sealer. Its non-shrinking feature and strong bonding ability make it the perfect sealer for permanent obturation and suitable for all obturation techniques with gutta percha.

Key Features:
1) High Biocompatibility:

• Heals tissue with minimal inflammatory reaction

• Release calcium ions (calcium hydroxide) and helps bone and tissue regeneration

• Forms calcium silicate hydrate that improves the sealing ability over time

2) Excellent Sealing Ability:

• Zero shrinkage

• Superior adhesion strength to dentin and gutta percha than traditional root canal sealer

3) Low Solubility:

• Low solubility (0.95%) to maintain an excellent seal inside the root canal

• Washout resistant to prevent micro- leakage

4) Optimal Flowability:

• High flow rate of 22mm

• Low film thickness of 19μm

• Effectively flows into and kills microbes throughout all aspects of the root canal system

5) Pre-Mixed and Pre-Filled Syringe:

• Ready-to-use formula, no mixing required

• User-friendly, convenient, and saves time

• Setting time is 6 hours (depending on the condition of the root canal)

6) Easy to Store:

• Can be stored over 6 months after use

• Does not harden easily

• Reduces waste of material to a minimum

Product Description

Utilizing the latest nanoparticle technology, DiaFil combines the aesthetic advantages of micro-filled composites with the strength and durability of hybrid composites. It creates beautiful and long-lasting restorations with a glossy shine that maintains its brilliance over time.

Flexural Strength
 The flexural strength of a material is defined as its ability to resist deformation and breakage under load. Flexural strength is the value obtained when the material breaks. This test combines the forces found in compression and tension. DiaFil shows a high level of flexural strength between 130 to 150 Mpa

Compressive Strength 
Compressive strength is especially important because it is related to masticating forces. Simultaneous forces are applied to the opposite ends of the sample length vertically until the sample fractures or is deformed. The material failure is a result of shear and tensile forces. Dia Fil has Compressive Strength ranging from 250 and 300 Mpa

Flexural Modulus 
Flexural modulus is a convenient measure of composite stiffness. DiaFil is formulated with a broad range of particle sizes which results in its higher flexural modulus (≈13-14 Gpa)

Shrinkage 
Polymerization shrinkage directly affects the long-term stability of a composite resin. When the composite’s density changes and the overall volume reduce, the internal stress at the margins of restoration can lead to marginal leakage and 
secondary caries. DiaFil has unique fillers to reduce shrinkage (Polymerization Shrinkage 0.3% - 1%)

Key Features

• Excellent Handling: Easy to place, does not slump, and provides good marginal adaptation.
• High Flexural Strength: Ranges from 130 to 150 MPa, offering superior resistance to bending stresses.
• Superior Compressive Strength: Between 250 and 300 MPa, ensuring excellent load-bearing capacity.
• Fast Polymerization: Can be polymerized in only 20 seconds for efficient clinical procedures.
• Outstanding Versatility: Suitable for both anterior and posterior restorations.
• Superior Physical Properties: Offers high wear resistance and fracture toughness for durable restorations.
• Reduced Polymerization Shrinkage: Unique fillers minimize post-operative sensitivity and secondary cavities caused by marginal leakage.
• High Strength: Exhibits excellent fracture toughness and high tensile and compressive strength for long-lasting results.
• Easy Finishing and Polishing: Adapts well to tooth structure, allowing a smooth and polished finish.
• High Radiopacity: Ensures clear visibility in radiographic evaluations.

Product Description:

DiaFil™ Flow is a versatile flowable composite suitable for minimally invasive restorations, including Class III, V, and shallow Class IV cavities, air abrasion, and tunnel preparations. It can also be used as a base or liner under posterior restorations, for repairing small defects in composite or ceramic restorations, pit and fissure sealing, undercut block out, and temporary acrylic repairs. Its excellent flowability and adaptability ensure precise placement, durable results, and esthetic outcomes.

Flexural Strength: The flexural strength of a material is defined as its ability 
to resist deformation and breakage under load. Flexural strength is the value obtained when the material breaks. This test combines the forces found in compression and tension. DiaFil Flow shows a high level of flexural strength
ranging between 100-110 Mpa.

Compressive Strength: Compressive strength is especially important because it 
is related to masticating forces. Simultaneous forces are applied to the opposite ends of the sample length vertically until the sample fractures or is deformed. The material failure is a result of shear and tensile forces. DiaFil Flow has a very strong compressive strength ranging between 250-335 Mpa.

Flexural Modulus: Flexural modulus is a method to measure a material’s stiffness. A low modulus indicates the material is highly flexible.

Shrinkage: Polymerization shrinkage directly affects the long-term stability of a composite resin. When the composite’s density changes and the overall volume reduce the internal stress at the margins of restoration can lead to marginal leakage and secondary caries. DiaFil Flow has unique fillers to reduce shrinkage (Polymerization shrinkage 0.5% - 1%).

FEATURES & BENEFITS

• Perfect Adaptation and Handling: with excellent flow and optimal viscosity for convenient and precise placement.
• Versatile Applications due to better mechanical properties
• Excellent Color Adaptability: Available many shades that provide natural esthetics and allow for a high-gloss polish.
• High compressive Strength 250-335 Mpa to take masticatory load.
• Flexural strength 100-110 Mpa for long term restoration
• Low Microleakage reduces polymerization shrinkage
• Excellent fracture toughness and high tensile strength.

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.

DiaDent Paper points 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

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.