SMART BURS II

Eliminate the possibility of unintentional pulp exposures forever.

CONSERVATIVE DECAY REMOVAL INSTRUMENTS

SS White’s SMARTBURS® II are the only rotary cutting instruments that selectively remove carious dentin, leaving healthy dentin intact.

SMARTBURS® II are patented, single-patient-use instruments constructed from a medical grade, glass bead-reinforced polymer. The SMARTBURS® II polymer blades are precisely designed to remove soft, carious dentin and are engineered to deform as they encounter harder, healthy dentin. The inherent mission of SMARTBURS® II instruments is to ‘do no harm’ to healthy dentin.

SMARTBURS® II instruments offer a more comfortable and less invasive alternative to conventional decay removal with carbide burs or diamond instruments in deep lesions.

SMARTBURS® II instruments conserve the healthy shelf of dentin that overlies the pulp chamber thereby protecting the pulp from exposure.

Since SMARTBURS® II instruments only remove carious dentin, they minimize trauma to healthy dentinal tubules, thereby reducing post-operative sensitivity.

For patients who cannot, or will not, tolerate local anesthesia, SMARTBURS® II instruments provide the clinician with a means to reduce the patient’s pain and sensitivity during deep lesion caries removal.

University Studies Show:

SmartBurs® II is the instrument of choice to remove decay in deep lesions and guard against unintentional pulp exposure

SmartBurs® II is ideally suited for decay removal in patients who are needle phobic or prefer no local anesthesia

Problem:

Unintentional pulp exposure 

Cause:

Carbide burs indiscriminately

cut decay and healthy tooth

structure and can lead to

unintentional pulp exposure

Studies Prove:

SmartBurs® II is hard enough

to cut only decayed dentin which

guards against unintentional

pulp exposures.

The intelligent bur that you and your patients can appreciate.

Benefits to the Patient and Dentist:

• Greater safety and peace of mind in deep carious lesions
• Conserves healthy tooth structure which reduces post-operative sensitivity