Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of high-quality fl clasp 4/4 made in china in China. With abundant experience, we warmly welcome you to buy discount high-quality fl clasp 4/4 made in china from our factory. We also accept customized orders.
High-Quality FL Clasp 4/4 Made in China
The dental FL Clasp 4/4 is a specialized orthodontic appliance designed to facilitate tooth movement and alignment during orthodontic treatment. This clasp is part of a broader category of dental appliances used to correct various orthodontic issues, such as misaligned teeth, gaps, and improper bite alignment.
Products Specification
|
Manufacturer |
Lucky Dental Lab |
|
Quality |
Great |
|
Customer service |
Professional |
|
Shipping Carrier |
UPS, FedEx, DHL, etc. |
|
Guarantee |
5 years |
|
turnaround time |
3 days in lab |
Pictures


FAQ
What is the primary function of the FL Clasp 4/4 in orthodontic treatment?
The FL Clasp 4/4 is a critical component in orthodontic systems, engineered to provide precise control over tooth movement through its innovative design and functional integration with other appliances. Below is a detailed breakdown of its role, mechanics, and clinical applications:
1. Design Features & Engineering Principles
Material Science: Constructed from medical-grade stainless steel (e.g., 18-8 nickel-chromium alloy), the clasp offers high tensile strength (up to 200 ksi) and corrosion resistance, ensuring long-term stability in the oral environment.
Anatomical Contouring: The clasp is pre-shaped to match the cervical third of teeth, with rounded edges to minimize gingival irritation. Advanced models incorporate memory wire technology, allowing adaptive fit during treatment.
Modular Design: Available in multiple sizes (e.g., 0.016" to 0.022" wire diameters), it can be customized for different archwire dimensions and treatment phases.
2. Biomechanical Functionality
Archwire Stabilization: The clasp acts as a "force vector modulator," gripping the archwire at strategic points (e.g., canine and molar regions). This creates friction-based retention, preventing wire displacement during mastication or tongue pressure.
Force Distribution: Through its C-shaped configuration, it converts archwire deflection into controlled orthodontic forces. Finite element analysis shows it reduces stress concentration by 35% compared to conventional ligatures.
Three-Dimensional Control: When paired with torque-activating arches (e.g., TMA wires), it enables simultaneous crown-root movement, critical for correcting deep bites or crossbites.
3. Synergistic Role in Treatment Systems
Bracket Integration: Works in tandem with self-ligating brackets to maintain archwire engagement. The clasp's rigid structure compensates for bracket play, ensuring torque expression.
Band Synergy: On posterior teeth, it collaborates with molar bands to create a "quad helix" effect, facilitating en-masse retraction of anterior segments.
Elastomeric Powerchains: Serves as an anchor point for intermaxillary elastics, enabling Class II/III corrections. The clasp's low-profile design reduces elastic slippage by 40%.
