Distalizing Spring Mainstream Choice For Open-Coil Push Springs
Distalizing Spring is integrally wound from multiple independent helical segments. Clinically, it can be cut into single segments for customized use, or used as a whole to deliver force over a longer distance. As a mainstream choice for open-coil push springs, it is used to correct dental malocclusions and works in conjunction with orthodontic materials like implant anchorage and orthodontic brackets during treatment.
Product Introduction
Distalizing Spring is integrally wound from
multiple independent helical segments. Clinically, it can be cut into single
segments for customized use, or used as a whole to deliver force over a longer
distance. As a
mainstream choice for open-coil push springs, it is
used to correct dental malocclusions and works in conjunction with orthodontic
materials like implant anchorage and orthodontic brackets during treatment.
Usually
made of superelastic nickel-titanium (NiTi) alloy, it is a core consumable in
orthodontic treatment. Different models correspond to different force levels.
It is available in 4 models and 2 lengths
Working principle
1. The spring is threaded onto the orthodontic archwire and positioned between brackets. When compressed, it continuously releases gentle pushing force to gradually move teeth toward the target position:
2.In a compressed state: It delivers distal pushing force to open up spaces, distalize molars, and aid in the traction of impacted canines.
3.Reverse-stretch version (closing spring): Designed to close extraction spaces by bringing the teeth together.
Product Display
Core Material
& Performance Advantages
Superelastic NiTi Alloy
Featuring shape
memory properties, it delivers continuous, gentle, and stable orthodontic
forces within its stretching and compressing ranges. The force decays extremely
slowly, allowing for extended intervals between clinical visits. Compared to
stainless steel springs, it causes significantly less irritation to the
periodontal tissues and is less likely to induce root resorption.
Integrated Continuous Segmented Structure
The entire spring
consists of multiple helical segments connected in series, with each unit
maintaining uniform dimensions. Clinicians can cut it into single segments
based on the length of the dental space. Single segments are ideal for
localized pushing of individual teeth, while multiple segments can be used
together to open up spaces across the dental arch. This makes it highly
adaptable to various clinical cases, including crowded teeth, impacted canines,
and the expansion of extraction spaces.
Synchronous Multi-Tooth Adjustment:
Short segments can
be used for localized fine-tuning, while long continuous springs can
simultaneously adjust the spacing of multiple teeth, thereby simplifying
complex orthodontic biomechanical treatment plans.
Product Model List
| Distalizing Spring | Size(inch) | Strength(g) | Length(mm) | package |
| Superlight | 8 | 100 | 180mm |
1pcs 1spool |
| Light | 10 | 150 | ||
| Medium | 12 | 200 | ||
| Heavy | 14 | 250 |