WILSON Dentistry & dental

Dental burs are indispensable tools in treatment of endodontic disease, in surgical tooth extraction, in endodontic restoration, and in coronal restoration.

 

Intended use

Dental Burs fit into a dental handpiece, which provides the rotation, allowing the user to cut hard structures in the mouth, e.g., teeth or bone. Dental Burs are also intended for access cavity preparation and coronal restoration.

 

Intended user

Endodontic instruments are to be used only by qualified dental professionals, following good dental practice, such as general practitioners as well as Endo specialists (Endodontist) and Dental Assistants.

 

Intended patient population

All patients who need root canal treatment, endodontic restoration, surgical tooth extraction, coronal restoration.

 

Operating principles of device

Dental Burs instruments are composed of two main components: a tungsten carbide or stainless-steel shank, and a working part made of tungsten carbide. Dental Burs fit into a dental handpiece, which provides the rotation, allowing the user to cut hard structures in the mouth, e.g., teeth or bone. Dental Burs are also intended for access cavity preparation and coronal restoration.

 

The product is very easy to use and it is compatible with FG (1.6mm) and RA (2.345mm) handpiece chucks, satisfying the needs of the users.

 

Part of the body or type of tissue applied to or interacted with

The working end of the dental bur will directly contact and act upon target tissues within the patient’s oral cavity during treatment. These primarily include:

a) Dental hard tissues (e.g., enamel, dentin)

b) Bone tissue

c) Restoration materials (e.g., resin, metal, ceramic)

d) The instrument shank will be held by the dental handpiece and will not make direct contact with the patient.

 

 

Strong performance

Our burs and cutters made of tungsten carbide convince you with their long service life, high concentricity and quality. The different cutter shapes combined with defined, precise and power cuts leave nothing to be desired. You will find a wide range of dentistry and dental technology products for almost every application, such as milling instruments, crown cutters and finishing burs, as well as cutters for laboratory work.

 

Precise in every detail

Our products reflect our expectations of high quality. We aim for maximum precision and concentricity, achieved by quality control throughout the manufacturing process.

 

COOL DIAMOND - a class of its own

They are distinguished above all by their superior grinding performance; the asymmetric intersecting channels also ensure optimum coolant flow.

There’s more than the bio-compatible coating to distinguish these special diamond instruments from their “counterparts”.

 

Premium diamond instruments

With our diamond instruments, you can ensure maximum precision, effectiveness and performance. Many years of experience of in-house production and high-quality materials have produced this outstanding quality standard.

 

Zirconia ceramic laboratory burs

These lightweight high-performance ceramic burs, not only do they look aesthetically pleasing, but they also have a high fracture toughness and extreme hardness. They can be used in trimming non-metallic material, like acrylic resin prosthesis or veneer, plaster model, etc. In addition, the ceramic burs also:

Make the grinding more lightly and more comfortably;

Resist to acid or alkali cleaning fluid;

Prevent the overheating damage;

Result to a smoother surface, with out clogging.

 

Tungsten carbide laboratory burs

These carbide burs:

Increased sharpness for better cutting efficiency;

New designed cutting edge to reduce clogging;

Low vibration during operation along with a smoother cutting;

More efficient cutting for extremely smooth surface;

Less vibration during use for better stability;

Optimal heat dissipation to avoid overheat damage;

With CVD diamond coating, the service life of the burs is significantly improved, especially suitable for trimming plaster.

 

Diamond laboratory burs

Sintered diamond burs are made of full diamond with carbide substrate.

For better grinding, the fine grit size (color code: red) and extra fine grit size (color code: yellow) are recommended for trimming zirconia ceramic.

 

Zirconia Ceramic Laboratory Burs – Key Advantages

Exceptional Hardness & Wear Resistance: Zirconia is extremely hard, making these burs highly resistant to abrasion when grinding modern dental ceramics, especially zirconia itself. They outlast many other materials when working on ultra-hard substrates.

Contaminant-Free/Chemically Inert: Ceramic burs do not contain metal. This eliminates any risk of metallic contamination or graying of the restoration surface, which is critical for achieving optimal bonding and pristine aesthetics, especially with glass-ceramics (e.g., lithium disilicate).

Cooler Cutting: They tend to generate less frictional heat compared to some metal burs, helping to preserve the structural integrity of heat-sensitive materials and reducing the risk of micro-cracks.

Superior for Polishing & Finishing: They excel at providing a very smooth surface finish with minimal scratch patterns, often reducing the number of subsequent polishing steps needed.

Corrosion Proof: Impervious to rust, chemicals, and repeated sterilization, ensuring long-term stability in the lab environment.

Ideal for High-Aesthetics Work: The non-metallic nature and fine cutting action make them the preferred choice for final contouring, margin refinement, and finishing of all-ceramic restorations where color and translucency are paramount.

 

Tungsten Carbide Laboratory Burs – Key Advantages

High Toughness & Impact Resistance: Tungsten carbide is extremely durable and less brittle than ceramic. It withstands lateral forces, accidental drops, and is less prone to catastrophic breakage during aggressive cutting or adjustment of metal frameworks.

Extreme Versatility: The "workhorse" of the lab. Excellent for grinding a wide range of materials: alloys (cobalt-chrome, titanium, precious metals), acrylics, composite, provisional materials, and natural tooth structures (in models).

Efficient Material Removal: The design and hardness allow for fast, controlled cutting and bulk reduction, making them ideal for adjusting metal frameworks and gross reduction of copings.

Predictable & Stable Cutting: Provides a consistent, reliable cutting feel without the "grabbing" that can sometimes occur with other bur types, offering great control to the technician.

Long Lifespan on Most Materials: While they may wear faster on zirconia than ceramic burs, they maintain their cutting efficiency for a very long time on alloys, acrylics, and other common lab materials, offering excellent cost-per-use value.

Wide Availability & Variety: Available in the broadest spectrum of shapes, sizes, and grits (from coarse to super-fine), making it easy to find the perfect tool for any specific trimming, shaping, or finishing task.

 

Choose Zirconia Ceramic Burs when working on final contours, margins, and aesthetics of all-ceramic restorations, especially to avoid contamination and achieve the smoothest pre-polish surface.

Choose Tungsten Carbide Burs for heavy cutting, adjusting metal frameworks, trimming acrylics, and as a reliable, general-purpose tool for a wide array of non-aesthetic, structural tasks.

Material & Durability

Premium Tungsten Carbide Burs: Engineered for exceptional longevity and sustained sharpness through multiple procedures.

Advanced Ceramic Burs: Made from high-purity zirconia ceramic, offering superior hardness and chemical stability.

Diamond-Coated Alternatives: Our ceramic burs provide a precise, heat-reduced cutting experience comparable to diamond instruments.

Unmatched Wear Resistance: The tungsten carbide construction ensures minimal degradation, even on tough materials.

Corrosion-Resistant Design: Both material options resist rust and degradation from repeated sterilization.

 

Performance & Precision

Ultra-Precise Cutting: Designed for controlled, vibration-free material removal with minimal operator fatigue.

Clean & Smooth Finish: Creates a superior surface finish, reducing the need for extensive polishing.

High-Speed Efficiency: Cuts rapidly and smoothly at high RPMs without clogging.

Reduced Chatter & Vibration: Optimized head design and balanced construction ensure a steady, predictable performance.

Minimal Thermal Generation: Efficient cutting design dissipates heat, protecting vital tooth structure.

Consistent Performance: Delivers reliable, repeatable results from the first use to the last.

 

Clinical Application & Versatility

Versatile Clinical Use: Ideal for cavity preparation, crown removal, finishing, and adjusting composites, alloys, and natural tooth structure.

Perfect for Minimally Invasive Dentistry: Allows for conservative, precise tooth preparation.

Excellent for Crown & Bridge Work: Provides clean cuts for precise margin placement and adjustment of temporary or permanent restorations.

Efficient Decay Removal: Effectively and selectively removes carious dentin while preserving healthy enamel.

Reduced Prep Time: Their efficiency helps streamline procedures and improve practice workflow.

 

Patient Comfort & Safety

Enhanced Patient Comfort: Smooth operation and reduced vibration contribute to a more comfortable patient experience.

Predictable Cutting Action: Low risk of slip or jump, promoting greater procedural safety.

 

 

Design & Innovation

Concentric Design for Accuracy: Manufactured to ultra-tight tolerances ensuring perfect balance and concentricity.

Optimized Flute Geometry: The strategically designed flutes ensure efficient debris ejection and prevent clogging.

Color-Coded Shanks: For easy and quick identification of bur type and grit size during procedures.

Compatibility: Fits all standard slow- and high-speed dental handpieces (ISO 1797-1).

 

Value Proposition

Cost-Effective Solution: Outstanding durability provides a lower cost per procedure compared to many standard burs.

Sterilization-Safe: Can withstand repeated autoclave cycles without performance loss.

Part of a Complete System: Available in a wide range of shapes (round, pear, tapered, etc.) and grits to cover all your clinical needs.

Trusted by Professionals: The preferred choice of dentists worldwide for precision and reliability.

Revolutionize Your Practice: Experience the difference that high-quality, precision-engineered rotary instruments can make.

 

Left-handed carbide cutters for the dental laboratory

With these cutters the user can work with the left hand in anti-clockwise rotation towards the body. The procedure is thus ergonomic, providing an improved working condition adapted to the user. One additional advantage is the optimized chip removal, since standard extraction units at the laboratory workplace are positioned in such a way that only a work method directed towards the body allows the optimal extraction of grinding dust. Plasters, acrylics and metals can be worked on using the medium cut. The fine cut can be used for performing adjustments and fine finishing on these materials. For unique identification, the carbide cutters bear the our logo and the product code.

 

Flame - For grinding all types of ceramics including zirconia

Offering a combination of strength, durability, and outstanding esthetics, all-ceramics are a popular restorative choice. All-ceramics are, however, exceptionally difficult to manage and cut with conventional diamond instruments.

Diamond burs have been the premier choice for working with modern high-strength ceramics since their introduction into the dental marketplace. Unmatched in versatility and performance, these burs address these real, everyday challenges by providing superior results quickly and with minimal effort. Offered in a range of shapes and sizes, they provide an effective, efficient, and easy-to-use option for adjusting high-strength ceramic restorations.

 

Advantages:

Permanently bonded, high-quality diamond particles

Densely packed diamond layer

Outstanding durability & extended service life

Optimal material-reduction capacity

Extensive range of shapes and sizes to meet all needs

 

Ceramic Bur

The Ceramic Bur is an innovative, high-performance range of white ceramic instruments.

 

Ceramic Bur Benefits:

Durable and long-lasting; 

Made of fully milled zirconia making the instruments bio-compatible;

Resists corrosion and is less likely to be affected by disinfection and the cleaning process.