Hu-Friedy announced the introduction of the XT Triple Bend to its ultrasonic insert product line. Joining the popular XT insert, the XT Triple Bend is another “extra thin, extra tough” design that gives clinicians the necessary access required for effective scaling procedures.
The XT Triple Bend features a triple bend shank design for superior adaptability with beveled edges on the tip for efficient calculus removal. The XT Triple Bend tip is also 24% thinner than Hu-Friedy’s standard #1000 Triple Bend insert so it can be used in difficult to reach subgingival and interproximal areas. The XT Triple Bend is designed for light to moderate calculus removal in both supra and subgingival areas.
More new product releases from the Chicago Midwinter Meeting
The new magnetostrictive insert is available in Streamline Direct Flow or SwivelTM Direct Flow styles giving the clinician two choices for ergonomic comfort and performance. The popular Swivel handle style allows for 360 degree rotation for efficient repositioning of the insert tip without repeated readjustment of the handpiece cord.
“We believe that Hu-Friedy Swivel inserts are the highest quality, most innovative ultrasonic inserts on the market,” says Ken Serota, president of Hu-Friedy. “The XT Triple Bend, with its’ unique working end, provides another superior solution for calculus removal during ultrasonic scaling. The availability of the XT Triple Bend in the Swivel handle design gives the clinician the best of both worlds-superior performance and comfort together in one insert.”
More from Hu-Friedy: Hu-Friedy launches sterilization containers line in North America
In addition to the new XT Triple Bend, Hu-Friedy offers a wide range of ultrasonic scaling solutions that help clinicians perform at their best.
How Dentists Can Help Patients Navigate Unforeseen Dental Care
December 12th 2024Practices must equip patients with treatment information and discuss potential financing options before unexpected dental treatments become too big of an obstacle and to help them avoid the risk of more costly and invasive procedures in the future.