BACKGROUND: The field of orthodontics is getting refined day by day due to the innovation of newly emerging orthodontic materials. The invention of several new orthodontic materials helps the clinician to make difficult tooth movements in simple ways. Also, it is necessary for us to evaluate the properties of newer materials to improve clinical efficiency. Some recent inventions in this field are the Rhodium coated NiTi archwire and Gum metal archwire. AIM OF THE STUDY: This study aims to evaluate static frictional resistance and surface roughness of 0.016” Conventional NiTi, 0.016” Rhodium coated NiTi, and 0.016” Gum metal archwire against 0.022 Stainless steel brackets. METHODOLOGY: A total of 75 samples of the 0.016-incharchwires we...
OBJECTIVE: To evaluate the frictional behaviour of orthodontic archwires in dry and wet conditions i...
Introduction: Archwires act as gears to move teeth with light, continuous forces. However, the intra...
Objective: To investigate the degree of debris, roughness, and friction of stainless steel orthodont...
Background: Arch wire surface characteristics, especially surface roughness and topography, influenc...
Introduction: During sliding mechanics, frictional resistance is an important counterforce for ortho...
OBJECTIVE: To compare the frictional resistance between self-ligating and conventional brackets tied...
Background: Friction plays a very crucial role in our daily life and orthodontics is no exception. V...
Aim: The aim of this study was to verify the frictional force during sliding mechanics in orthodonti...
Introduction:-Two main groups of materials used in fixed orthodontics are brackets and archwires. Th...
Introduction: When using sliding mechanics for space closure during orthodontic treatment, friction ...
Summary AIM: Compare surface roughness of 'aesthetic' nickel-titanium (NiTi) archwires with their dy...
Objectives: To compare sliding friction of prototype 0.018-inch fiber-reinforced polymer composite (...
INTRODUCTION : During sliding mechanics, frictional resistance is an important counterforce to ortho...
The objectives of this study were to compare the surface characteristics, physical properties, and e...
INTRODUCTION : Growing demand of invisible braces by esthetically conscious patients has led to re...
OBJECTIVE: To evaluate the frictional behaviour of orthodontic archwires in dry and wet conditions i...
Introduction: Archwires act as gears to move teeth with light, continuous forces. However, the intra...
Objective: To investigate the degree of debris, roughness, and friction of stainless steel orthodont...
Background: Arch wire surface characteristics, especially surface roughness and topography, influenc...
Introduction: During sliding mechanics, frictional resistance is an important counterforce for ortho...
OBJECTIVE: To compare the frictional resistance between self-ligating and conventional brackets tied...
Background: Friction plays a very crucial role in our daily life and orthodontics is no exception. V...
Aim: The aim of this study was to verify the frictional force during sliding mechanics in orthodonti...
Introduction:-Two main groups of materials used in fixed orthodontics are brackets and archwires. Th...
Introduction: When using sliding mechanics for space closure during orthodontic treatment, friction ...
Summary AIM: Compare surface roughness of 'aesthetic' nickel-titanium (NiTi) archwires with their dy...
Objectives: To compare sliding friction of prototype 0.018-inch fiber-reinforced polymer composite (...
INTRODUCTION : During sliding mechanics, frictional resistance is an important counterforce to ortho...
The objectives of this study were to compare the surface characteristics, physical properties, and e...
INTRODUCTION : Growing demand of invisible braces by esthetically conscious patients has led to re...
OBJECTIVE: To evaluate the frictional behaviour of orthodontic archwires in dry and wet conditions i...
Introduction: Archwires act as gears to move teeth with light, continuous forces. However, the intra...
Objective: To investigate the degree of debris, roughness, and friction of stainless steel orthodont...