50bags Nickel Titanium Archwires, Ovoid form. JMU Dental NITI Archwires, Ovoid form, Round shape. Feature: Ovoid form archwires have an oval or elliptical shape. They are contoured to approximate the natural shape of the dental arch.
50bags Nickel Titanium Archwires, Ovoid form. JMU Dental NITI Archwires, Ovoid form, Round shape. Feature: Ovoid form archwires have an oval or elliptical shape. They are contoured to approximate the natural shape of the dental arch.
100PCS Dental Orthodontic Arch Wire Niti Super Elastic Round Rectangular Ovoid. Super Elastic Niti Arch Wire. 50 pcs Upper & 50 pcs Lower ( 5 bags Upper & 5 bags Lower, 10pcs each bag, totally 100pcs ).
They are contoured to approximate the natural shape of the dental arch. Ovoid Form Archwires Use: Ovoid form archwires are used to provide more individualized and targeted force distribution, especially in cases where the patient's arch shape deviates from the standard.
Material: White Color Coated NITI. 0.012 upper; 0.012lower. 0.014 upper; 0.014 lower. 0.016 upper; 0.016 lower. 0.018 upper; 0.018 lower. 0.020 upper; 0.020 lower. 0.016x0.016 upper, 0.016x0.016 lower.
Type: Round. Shape: Square/Ovoid/Natural. Material: Ni-Ti.
Description: 1. Brand: Easyinsmile 2. MODEL:Upper 0.012/0.014/0.016/0.018 Lower 0.012/0.014/0.016/0.018 3. Material: Stainless steel 4. Type: Super Elastic Stainless Steel Arch Wire 5. OrthoForm: Natural/Ovoid 6.Used for:Dental Orthodontic Treatment Package list: 10Packs(Single Size).
Material: NITI and white color coated. Type: Round. "The sale of this item may be subject to regulation by the U.S. Food and Drug Administration and state and local regulatory agencies. 0.012 upper; 0.012 lower.
JMU 100PCS Ortho NiTi Super Elastic Arch Wire Full Size Natural Round/Rectangular. We are located in the Southern California, US. Round Shape Form: Natural. Shape: Round/Rectangular. 0.012" Upper, 0.012" Lower.
Stainless Steel Archwire Ovoid Rectangular. 50 pcs Upper & 50 pcs Lower ( 5 bags Upper & 5 bags Lower, 10pcs each bag, totally 100pcs ). Stress relieved for superior tensile strength with less brittleness.