Niti Rotary Files_Endodontic_Products_Huizhou Videya Technology Co., Ltd

Hand Use R-Files are outstanding dental instruments. With a variable taper and advanced flute design, combined with super elastic taper, they offer enhanced flexibility and precision.

Dental Endo KV Files

KV Files are remarkable dental instruments. They combine rigidity and flexibility, delivering excellent performance. With an optimized scientific sequence, they make operations much safer.

Rotary Files NITI Alloy TC-Files

The Rotary files NITI Alloy TC-Files Introduction - One of its most remarkable features is its controlled memory technology. The file regains its shape even after multiple uses, ensuring consistent and effective treatment results.

Single File System WF-Files

WF-FILES utilizes a single shaping system that reduces the risk of needle breakage, eliminates the need for instrument changes, and also reduces root canal preparation time.

Protaper Gold Sx-F3 Rotary Files

Heat Activation Rotary Files by VIDEYA! Made of high quality NITI alloy, superior flexibility and elasticity, they provide you with a safe and efficient way of working.

M-Wire NITI Alloy O-Files

The Single Files System O-FILES utilizes a reciprocating motion to clean root canals efficiently and quickly. Its S-shaped cross-section provides better cutting performance, making it easier for dentists to achieve better results.

Protaper Next X1 X2 X3

The flexibility of The Offset Rotary File is exceptional, due to the unique fabrication features that give it greater flexibility than conventional files, making it easier to navigate through narrow and curved root canals!

Retreatment Dental Files D1 D2 D3

Videya D Retreatment Files are designed to be used in sequence to remove filling materials, such as gutta-percha, carrier-based obturators and paste fillers.

Children's Root Canal DT Files

Our Pediatric Dentistry DT Rotary File is designed to meet the unique dental needs of children. These files are made of imported CM-Wire NITI memory alloy material for excellent flexibility and fracture resistance.