English
 |
| Quantity: | |
|---|---|
OSA-F729-1G
OSAKADENTAL
9018499000
Dental Orthodontic Elastic Power Chain with Germany Material
An orthodontic elastic power chain is a continuous series of elastic O-rings (loops) connected together in a chain-like pattern. It is a fundamental tool used by orthodontists to apply a consistent, controlled force to teeth through braces brackets in order to close gaps between teeth or align teeth correctly.
Think of it as a tiny, stretchy bracelet that your orthodontist hooks onto your braces.
Material: Made from medical-grade, stretchable latex or non-latex (for allergy-sensitive patients) elastomers.
Design: Comes in a continuous strand where the loops can be closed (a solid chain) or open (spaced out).
Colors: Available in a wide array of colors, from clear and silver to bright neon and black. This allows for personalization, which is especially popular with younger patients.
Force: Comes in different strengths or "powers" (e.g., light, medium, heavy) to deliver the appropriate amount of force for the specific tooth movement needed.
The power chain works on the same principle as all orthodontics: applying sustained pressure to bone.
Application: The orthodontist stretches the chain and links it over the brackets attached to the teeth.
Constant Force: The elastic material wants to return to its original, unstretched state. This creates a constant, gentle pulling force on the teeth it is connected to.
Biological Response: This force is transmitted through the root of the tooth to the surrounding bone.
On the side where the tooth is being pulled, bone is resorbed (broken down) by cells called osteoclasts, creating space for the tooth to move.
On the side the tooth is moving from, new bone is formed by cells called osteoblasts to fill in the space.
This process is known as bone remodeling.
Closing Spaces (Most Common Use): This is the primary job of a power chain. It is incredibly effective at closing gaps between teeth, such as:
Spaces left after tooth extraction (e.g., for orthodontic treatment).
Diastemas (natural gaps between teeth, commonly between the two front teeth).
Rotating Teeth: The connected, continuous force can help correct the rotation of a tooth that is turned or crooked.
Anchorage: Power chains can be used to reinforce anchorage—to hold certain teeth in place as a stable point while other teeth are moved.
Power chains are defined by their pattern and spacing:
Closed Power Chain: The elastic loops are connected directly to each other with no space in between. This provides the maximum force and is used for rapid space closure.
Open Power Chain: The elastic loops are connected with a small space between each ring. It delivers a lighter force and is often used in the early stages of treatment or for minor space management.
Short and Long: They come in pre-cut short strands for specific sections or long continuous rolls that the orthodontist can cut to the required length.
Dental Orthodontic Elastic Power Chain with Germany Material
An orthodontic elastic power chain is a continuous series of elastic O-rings (loops) connected together in a chain-like pattern. It is a fundamental tool used by orthodontists to apply a consistent, controlled force to teeth through braces brackets in order to close gaps between teeth or align teeth correctly.
Think of it as a tiny, stretchy bracelet that your orthodontist hooks onto your braces.
Material: Made from medical-grade, stretchable latex or non-latex (for allergy-sensitive patients) elastomers.
Design: Comes in a continuous strand where the loops can be closed (a solid chain) or open (spaced out).
Colors: Available in a wide array of colors, from clear and silver to bright neon and black. This allows for personalization, which is especially popular with younger patients.
Force: Comes in different strengths or "powers" (e.g., light, medium, heavy) to deliver the appropriate amount of force for the specific tooth movement needed.
The power chain works on the same principle as all orthodontics: applying sustained pressure to bone.
Application: The orthodontist stretches the chain and links it over the brackets attached to the teeth.
Constant Force: The elastic material wants to return to its original, unstretched state. This creates a constant, gentle pulling force on the teeth it is connected to.
Biological Response: This force is transmitted through the root of the tooth to the surrounding bone.
On the side where the tooth is being pulled, bone is resorbed (broken down) by cells called osteoclasts, creating space for the tooth to move.
On the side the tooth is moving from, new bone is formed by cells called osteoblasts to fill in the space.
This process is known as bone remodeling.
Closing Spaces (Most Common Use): This is the primary job of a power chain. It is incredibly effective at closing gaps between teeth, such as:
Spaces left after tooth extraction (e.g., for orthodontic treatment).
Diastemas (natural gaps between teeth, commonly between the two front teeth).
Rotating Teeth: The connected, continuous force can help correct the rotation of a tooth that is turned or crooked.
Anchorage: Power chains can be used to reinforce anchorage—to hold certain teeth in place as a stable point while other teeth are moved.
Power chains are defined by their pattern and spacing:
Closed Power Chain: The elastic loops are connected directly to each other with no space in between. This provides the maximum force and is used for rapid space closure.
Open Power Chain: The elastic loops are connected with a small space between each ring. It delivers a lighter force and is often used in the early stages of treatment or for minor space management.
Short and Long: They come in pre-cut short strands for specific sections or long continuous rolls that the orthodontist can cut to the required length.
