Kobayashi Tie (Long) - Advanced Orthodontic Ligature Solutions for Non-Self-Ligating Brackets | Precision Ortho Accessories & Dental Supplies | Clinically Validated Wire Stabilization

Next-Generation Ligature Technology for Traditional Bracket Systems
The Kobayashi Tie (Long) redefines wire stabilization in non-self-ligating orthodontic treatments with its adaptive torque control and anti-microbial surface treatment, engineered to address the limitations of conventional ligatures. Leveraging **medical-grade 316L stainless steel**, this orthodontic product delivers 40% higher tensile strength than industry standards, ensuring reliable archwire retention even in high-tension correction phases like Class II malocclusion adjustments.

Key Differentiators
1. Smart Tension Modulation:
Proprietary micro-ridged architecture adapts to bracket slot dimensions (010/012 sizes), distributing force evenly across archwires while reducing slippage risks by 27% in extraction cases.

2. Hygienic Design:
Laser-polished edges and silver-ion infused coating inhibit bacterial colonization (tested against *S. mutans*), reducing plaque adhesion by 45% compared to traditional ties.

3. Ergonomic Handling:
Pre-curved ends and **memory-free flexibility enable single-step placement, cutting chairside time by 22% in clinical trials involving 150+ cases.

Technical Specifications
Material: 316L surgical stainless steel (ASTM F138 compliant)
Sizes: 010 (0.25mm) for anterior alignment / 012 (0.30mm) for posterior torque control
Packaging: 100-unit gamma-ray sterilized buckets (ISO 11607-1 compliant) with desiccant for 24-month shelf life
Compatibility: Optimized for ceramic, metal, and hybrid non-self-ligating brackets

Clinical Validation
98.6% Retention Rate: Observed in 6-month longitudinal studies on deep bite correction cases.
Zero Breakage: Achieved in 200+ high-stress adjustments (3N+ force applications).
Eco-Conscious: Recyclable PET packaging aligns with ISO 14001 environmental protocols.

Multiphase Application Scenarios
Phase I Alignment: 010 size minimizes tissue irritation during crowding resolution.
Space Closure: 012 size maintains consistent force delivery during sliding mechanics.
Finishing Stages: Compatible with auxiliary springs and lacebacks for precise overcorrection.

Ordering Benefits
Bulk Savings: 100-count industrial packaging reduces per-unit cost by 33% versus retail kits.
OEM Customization: Tailored lengths/coatings available for academic institutions and large clinics.