Dental Ortho Instruments Elastic Ligature Placing Forceps with Hock 14 cm / 5" Cvd

Dental Ortho Instruments Elastic Ligature Placing Forceps with Hook 14 cm / 5” CVD

This Dental Ortho Instruments Elastic Ligature Placing Forceps with Hook measures 14 cm (5 inches) and is designed specifically for precise orthodontic procedures. Crafted with durable materials and a specialized coating, it offers exceptional strength and corrosion resistance.

• Length: 14 cm (5 inches)
• Coating: Chemical Vapor Deposition (CVD) for enhanced durability
• Design: Hook tip for efficient elastic ligature placement
• Material: High-grade stainless steel for longevity
• Application: Ideal for orthodontics and precise instrument handling

Compared to standard orthodontic forceps, this tool stands out with its CVD coating, which significantly improves wear resistance and extends the instrument’s lifespan. Its 14 cm length ensures optimal control and accessibility within the oral cavity, outperforming shorter models that can limit flexibility during intricate procedures.

Key Technical Advantages:
The Chemical Vapor Deposition (CVD) coating technology enhances the forceps’ surface hardness, reducing the risk of corrosion and mechanical damage over time. This improvement delivers reliable precision during elastic ligature placement, minimizing patient discomfort and improving clinical outcomes. Additionally, the ergonomic hook design allows for secure grip and easy manipulation of ligatures, making it an indispensable tool for every orthodontic practice.

Technology and Performance
Engineered for both durability and precision, these forceps incorporate advanced materials and coating methods to maintain peak performance in demanding dental environments. The combination of optimal length, robust stainless steel, and CVD coating ensures consistent functionality that aligns with professional orthodontic standards. Whether used for routine adjustments or complex treatments, these forceps provide the control and dependability necessary to achieve optimal patient care.