Orthodontic Crimpable Split Stops Dental Materials for Class II Instruments

Orthodontic Crimpable Split Stops Dental Materials for Class II Instruments

Product Description

Orthodontic Crimpable Split Stops are essential components designed for precise archwire management in fixed appliance therapy These specialized stops feature a split design that allows easy placement and secure crimping onto archwires of various diameters Manufactured from high quality medical grade stainless steel they provide reliable stabilization and prevent unwanted wire sliding during orthodontic treatment

The crimpable stops offer excellent corrosion resistance and maintain their integrity throughout treatment periods Their split design facilitates quick installation and removal without compromising archwire integrity These stops are particularly valuable in Class II correction cases where precise control of archwire position is crucial for effective biomechanics

Ideal for use with rectangular and round archwires these stops help maintain arch length prevent tooth movement and assist in space closure procedures Their smooth edges ensure patient comfort and minimize soft tissue irritation

Parameters

FAQ

What are crimpable split stops used for in orthodontics
They are used to secure archwires in position prevent wire sliding and maintain arch length during orthodontic treatment

How do I attach these stops to the archwire
Simply open the split design place it on the archwire and crimp securely using orthodontic pliers

Can these stops be reused
No they are designed for single use only as crimping may compromise their integrity upon removal

Are they compatible with all archwire sizes
These stops are designed to fit archwires from 0014 to 0021 inches in diameter

How do I sterilize these products
They can be sterilized using standard autoclave procedures at 121 degrees Celsius for 20 minutes

What makes these stops suitable for Class II instruments
Their secure crimping design and reliable performance make them ideal for the precise biomechanical requirements of Class II correction cases