Discounted and Overstocked Dental Supplies on Clearance

K3XF is the ultimate in safety, flexibility and control for rotary file users looking for a stronger and more flexible file. K3XF provides clinicians with the safety and self-centering features of the original K3, plus an extraordinary new level of flexibility and resistance to cyclic fatigue provided by our proprietary R-Phase Technology. K3XF files are available in a variety of packs with tip sizes of 20 to 60, tapers of .04 to .10 and in lengths of 17mm, 21mm, 25mm and 30mm. Available in Taper and ISO sizes.

These are hand-rolled and they are available in ISO and accessory sizes.

These easy-to-use thermal obturators are plastic carrier (PC). It is made with alpha-phase gutta-percha that provides excellent and precise fillings. The obturators are highly radiopaque and can be used in all the popular heaters. All packs include verifiers that make precise sizing easy.

Pac-File PC can be used to obturate any constant .04, .06, .08, and .10 tapered canal, sizes 20 to 50.

• Calibration rings facilitate setting the working length
• Works with your current obturator oven at the same settings
• Easy to get great 3D fills for all canal types
• ISO-sizes system for compatibility

These easy-to-use thermal obturators are plastic carrier (PC). It is made with alpha-phase gutta-percha that provides excellent and precise fillings. The obturators are highly radiopaque and can be used in all the popular heaters. All packs include verifiers that make precise sizing easy.

Pac-File PC can be used to obturate any constant .04, .06, .08, and .10 tapered canal, sizes 20 to 50.

• Calibration rings facilitate setting the working length
• Works with your current obturator oven at the same settings
• Easy to get great 3D fills for all canal types
• ISO-sizes system for compatibility

These easy-to-use thermal obturators are plastic carrier (PC). It is made with alpha-phase gutta-percha that provides excellent and precise fillings. The obturators are highly radiopaque and can be used in all the popular heaters. All packs include verifiers that make precise sizing easy.

Pac-File PC can be used to obturate any constant .04, .06, .08, and .10 tapered canal, sizes 20 to 50.

• Calibration rings facilitate setting the working length
• Works with your current obturator oven at the same settings
• Easy to get great 3D fills for all canal types
• ISO-sizes system for compatibility

These easy-to-use thermal obturators are plastic carrier (PC). It is made with alpha-phase gutta-percha that provides excellent and precise fillings. The obturators are highly radiopaque and can be used in all the popular heaters. All packs include verifiers that make precise sizing easy.

Pac-File PC can be used to obturate any constant .04, .06, .08, and .10 tapered canal, sizes 20 to 50.

• Calibration rings facilitate setting the working length
• Works with your current obturator oven at the same settings
• Easy to get great 3D fills for all canal types
• ISO-sizes system for compatibility

DHP Brand Gutta Percha Points are small cones of gutta percha, which, along with endodontic sealer, may be used to fill a root canal. The radiopacity of gutta percha points permits them to be used as probes to determine the depth and topographic characteristics of periodontal pockets and fistulas by means of radiography. DHP's Gutta Percha Points are colored-coded in easy to identify ISO file colors.

• Precision machine rolled
• Available in easy to dispense packages

0.02 Taper: Medium
Length: 28mm

Contains: 120 per Box

Densfil's patented endodontic obturator consists of a flexible central carrier that is uniformly coated with a layer of refined and tested alpha phase gutta-percha. The carriers are available in biocompatible, radiopaque medical-grade plastic or titanium.

Densfil's patented endodontic obturator consists of a flexible central carrier that is uniformly coated with a layer of refined and tested alpha phase gutta-percha. The carriers are available in biocompatible, radiopaque medical-grade plastic or titanium.