How to Use Dental Carbide Burs - The complete guide

Dec 05, 2023Mr. Bur

What are dental carbide burs?

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Dental carbide burs are rotary instruments made of tungsten carbide material. They are designed to fit into a dental handpiece for high speed or slow speed uses.

Carbide burs are available in sterile and non-sterile models under many trade names, with numerous head diameters and working lengths.

The dental carbides family include clinical carbides, used by dentists in a dental clinic, and laboratory carbides, used by dental technicians in a dental laboratory.

The dental carbides are reusable and can be sterilized using steam sterilization in a gravity or prevacuum cycle.

What is the dental use of carbide burs?

Dental carbides are inserted into a dental handpiece which provides the desired rotation speed and allows the user to cut hard structures in the mouth area, such as teeth or bone.

Carbide burs can also be used to cut hard metals, porcelains, plastic and other similar materials.

Warnings and Precautions when using Carbide Burs

General recommendations

Carbide burs should be used by dentists, lab technicians or licensed professionals.
Carefully read package labels before use.
Don’t use worn-out or dull burs.
Before use, ensure the bur is fully seated and securely gripped in the handpiece collet.
Don’t force the bur into the handpiece. In any case of difficult access, check both for troubleshooting.
Don’t apply excessive pressure as it could cause undesirable heat or may cause the bur to fail.
Avoid removing the bur at too sharp an angle to avoid leverage and breakage.
It is recommended to move the bur continuously to avoid heating or damage.
For maximum effectiveness, only use handpieces in a good working condition.
Use a rubber dental dam to avoid possible aspiration or swallowing.
Always wear gloves when handling contaminated instruments.
Always wear eye protection to protect against eject particles.
Always wear surgical masks to avoid inhalation of any aerosol or dust.
Bur blocks are used for storage and steam sterilization. They are not intended to maintain sterility of the burs.
It is recommended to transport the burs dry to protect them from staining or corrosion.

Speed of work (RPM)

Always pay attention to the carbides speed of work (RPM). Check the packaging or consult with the manufacturer to ensure you don’t exceed the maximum recommended RPM.

Operating a carbide bur with too high speed may cause cause the bur to fail and may generate undesirable heat.

How to clean carbide burs

Dental carbide burs are mechanically cleansed but not sterile, therefore they should be thoroughly cleaned and steam-sterilized prior to each use.
Don’t dry heat to sterilize the carbide burs, as these processes have not been validated for use.
Don’t use cleaning agents containing chlorine or chloride as the active ingredient are corrosive to stainless steel. Use neutral pH agents instead.
Don’t use cold sterilization methods as they often contain strong oxidizing chemicals that may dull or weaken the carbide burs.
Inspect the burs carefully for defects during the cleaning process.
Avoid prolonged storage in disinfectant solutions as they may cause a degradation of the product.

Sterile carbide burs

For obvious reasons, sterile carbide burs should be cleaned only after the first use.
If the sterile carbide burs package is opened or damages, consider the burs as non sterile.

How to manually clean carbide burs

Hand cleaning is the least recommended option. If that's the only option, do it in a sink restricted for cleaning instruments.

Rinse the carbide burs under cool running water for at least one minute.
Use a fresh bath of neautral-pH cleaning solution and follow the agent’s manufactures instructions.
Immerse the burs and soak them for at least ten minutes.
While immersed, brush thoroughly away from the body using the cleaning agent for at least one minute.
Don’t spray or splash during the brushing process to avoid spreading contaminants.
Use wire brushes with caution as brass particles may result in galvanic corrosion and steel particles may cause discoloration of stainless steel.
Pay special attention when cleaning crevices and other hard-to-reach areas thoroughly.
Visually inspect to confirm the removal of debris. Repeat the cycle if needed.
Thoroughly rinse the burs and bur blocks under running warm water for at least one minute and until they are visibly clean.
Dry the burs using clean compressed air or a non-shedding wipe.

How to clean carbide burs using ultrasonic procedure

Prepare a fresh pH-neutral cleaning solution
Place the carbide burs in a sonication unit.
Follow the agent manufacturers' instructions for correct concentration, exposure time, temperature, and water quality.
Completely submerge it in the cleaning solution and sonicate for at least fifteen minutes.
Perform a final thorough rinse under running warm tap water for at least one minute.
Inspect visually to confirm the removal of debris and repeat the cycle if needed.
Dry it using clean compressed air or by using a non-shedding wipe.

How to inspect carbide burs after cleaning

Carefully inspect each bur to ensure that all debris has been removed.
Visually inspect the burs for damage or wear that would prevent proper operation.
Do not use if the tip is broken.
Do not use if there is a broken section of a flute.
Do not use if there is evidence of corrosion.

How to sterilize carbide burs using steam sterilization

Ensure that the sterilizer manufacturer’s maximum load is not exceeded.
The minimum dry time has been validated to ensure that the burs will not be left wet.
Failure to achieve the minimum dry time may cause moisture that can lead to corrosion.

Gravity cycle type

For gravity cycle steam sterilization use a minimum exposure time of 10 minutes, minimum exposure temperature of 135º C (275º F) and a minimum dry time of 30 minutes.

Pre-Vacuum cycle type (4 pulses)

For pre-vacuum cycle steam sterilization use a minimum exposure time of 3 minutes, minimum exposure temperature of 134º C (273º F) and a minimum dry time of 30 minutes.