Tapered Fissure Plain Bur

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C23
OLAZOL Dental Carbide Burs are made from the highest quality, fine grade tungsten carbide material, using a unique method of construction.

The superior quality of these carbide dental burs is achieved by advanced manufacturing techniques using the very latest equipment backed by strict inspection and control procedures throughout the process in OLAZOL Dental.

Taper Fissure Plain Cut Operative Carbide Burs, used for caries treatment and cavity preparation
Taper Fissure Plain Cut operative carbide burs, Tapered Fissure Plain Burs, Taper Fissure Plain Cut Burs from OLAZOL Dental. 
 
OLAZOL Dental Carbide Burs are defined by their superior construction and ability to consistently yield precise results. The remarkable strength and enhanced blade geometry at OLAZOL Dental provide both an optimal working performance and an extended service life.
 
Made with highest quality control standard, OLAZOL Dental rotary burs are held to high-quality manufacturing standards to ensure practices are receiving an instrument they can trust.
 
With OLAZOL Dental, you can have:
Superior Construction: Consistently yields precise clinical results.
Enhanced Blade Geometry: Allows for intricate, efficient cutting.
Remarkable Strength: Provides optimal working performance and an extended service life.
 
Common Specification of Taper Fissure Plain Cut Burs Carbide Dental Operative Burs:
USA No. FG 168, FG 169, FG 170, FG 171, FG 172.
ISO No. 500 314 168 006
European No. C23.
 

Shank Type

ISO No.

      US No. Order No.

168

169

169L

170

170L

171

17lL

172

Flute Length

FG(19mm)

500 314 168 006

C23.314

008

009

009

010

010

012

012

016

4.0/5.4

FG xlg(25mm)

500 316 168 006

C23L.316

010

012

6.0

HP(44.5mm)

500 104 168 006

C23L.104

009

010

012

016

6.0

 
Features
Tapered Fissure Plain Cut Operative Carbide Dental Burs.
 
OLAZOL Dental tungsten carbide burs made from high-compression, fine-grain tungsten carbide are used in the dental clinic for preparation of cavities, treatment of fillings and orthodontics.
 
Optimum strength, blade configuration.
High performance design and advanced manufacturing process.
Exact concentricity for vibration free and smooth usage.
Improved patient comfort.