Advanced Kobayashi Tie (Short) for Orthodontic Supplies | Non-Self-Ligating Bracket Ligatures, Orthodontic Products & Ortho Accessories | Optimal Force Control System

Advanced Kobayashi Tie (Short) for Orthodontic Supplies | Non-Self-Ligating Bracket Ligatures, Orthodontic Products & Ortho Accessories | Optimal Force Control System

 

Product Description
The Kobayashi Tie (Short) is an innovative orthodontic ligature engineered for precise torque management in non-self-ligating bracket systems. Featuring a proprietary nano-coated stainless steel surface (316LVM ASTM F138 certified), this ligature reduces microbial adhesion by 45% compared to traditional designs while maintaining 1,800-2,100 MPa tensile strength for long-term intraoral durability. Available in diameters 010 (0.25mm) and 012 (0.30mm), it supports customized force application from initial alignment to finishing stages, with bulk packaging of 100 sterile units per resealable HDPE jar for clinical efficiency.

Key Innovations
1 Dynamic Friction Optimization

• Laser-engraved microgrooves reduce wire-bracket friction by 22%, enabling smoother sliding mechanics during space closure.

• Pre-calibrated elasticity (12-15N retention force) minimizes archwire displacement risk in high-stress zones.

2 Ergonomic Patient Safety

• Rounded-edge omega loops eliminate sharp protrusions, reducing soft tissue irritation by 30% in posterior applications.

• Shortened 4.8mm length adapts to crowded dentition while maintaining hygienic clearance.

3 Enhanced Clinical Workflow

• RFID-tagged jars enable automated inventory tracking in digital orthodontic practices.

• Color-coded packaging (010-blue, 012-red) aligns with ISO 13485 traceability standards.

Performance Validation

• Fatigue Testing: Withstands >15,000 cyclic loads at 25N (simulating 18 months of mastication forces).

• Clinical Trial Data: 89% reduction in emergency ligature replacements (n=200 cases, 2024 multicenter study).

Sustainability Features

• Recyclable packaging materials reduce plastic waste by 40% vs. conventional options.

• Ethylene oxide-free sterilization process compliant with EU MDR 2023 environmental guidelines.

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