Dentsply K File NITI Flex 21mm Flexible Files For Curved Canals

Description

• Dentsply K File NITI Flex 21mm Flexible Files For Curved Canals

• The Dentsply K File NITI Flex 21mm Flexible Files For Curved Canals. Dentsply K File NITI Flex 21mm Flexible Files For Curved Canals nickel titanium alloy used in NITIFLEX is more flexible than any stainless steel alloy available for endodontic instruments. Moreover, the special core geometry and cross section change progressively throughout the range of sizes, giving NITIFLEX files their unique linear flexibility. With conventional stainless steel instruments, thicker files are less flexible than finer ones.
• By contrast, in a set of NITIFLEX files the flexibility is practically constant throughout the range. The special alloy, special design and special machining procedures used for NITIFLEX files also give them outstanding long-term sharpness and fatigue strength. With the NITIFLEX file you can use either balanced force or a conventional filing technique. No new techniques are needed, but the clinical work becomes easier.
• The NiTi K-file has one cutting edge with a 90° angle, with its unique spiral design flutes which it successively increase in depth and length from tip to handle.
• Specially designed for curved root canals with flexibility, durability, and cutting ability.
• Extraordinarily sharp and mirror-like finished edges with high ductility make for excellent working characteristics.
• Made of high quality Niti Alloy.
• With precise processing technology, products in good flexibility, high quality cutting efficiency and fracture resistance.
• Progressive taper design improves flexibility and cutting efficiency, especially in tighter or more curved canals.
• With fixed plastic washerand handle.
• High-temperature sterilization is allowable.
• The NiTi K-file has one cutting edge with a 90° angle, with its unique spiral design flutes which it successively increase in depth and length from tip to handle.
• Specially designed for curved root canals with flexibility, durability, and cutting ability.
• Progressive taper design improves flexibility and cutting efficiency, especially in tighter or more curved canals.