NSK FX 65 Straight Low-Speed Handpiece

Description: The NSK FX 65 Straight Low-Speed Handpiece is an exceptional dental instrument meticulously engineered by NSK, a leading name in dental technology. Tailored for precision and versatility in low-speed applications, this straight handpiece offers dental professionals a reliable tool for a wide range of dental procedures.

Key Features:

1. Optimal Gear Ratio for Versatile Performance: The FX 65 Straight Handpiece features an optimal gear ratio, striking a balance between torque and speed. This versatility makes it suitable for a variety of low-speed applications, including restorative work, crown and bridge procedures, and prophylaxis.

2. Ergonomic and Lightweight Design: Designed with user comfort in mind, the handpiece boasts an ergonomic and lightweight construction. The ergonomic grip ensures a comfortable hold, reducing hand fatigue during extended use and promoting precise control.

3. Durable Stainless Steel Construction: Crafted from high-quality stainless steel, the handpiece ensures durability, corrosion resistance, and longevity. NSK's commitment to quality materials reflects in the instrument's ability to withstand the demands of daily dental practice.

Benefits:

1. Versatility for Various Low-Speed Applications: The optimal gear ratio provides versatility, making the FX 65 Straight Handpiece suitable for various low-speed applications. Dental professionals can rely on this handpiece for restorative work, crown and bridge procedures, and prophylaxis.

2. Ergonomic Comfort for Prolonged Use: The ergonomic and lightweight design enhances user comfort during prolonged procedures. The handpiece's comfortable grip minimizes hand fatigue, allowing dental professionals to maintain precise control throughout dental treatments.

3. Long-lasting Performance with Stainless Steel Construction: Crafted from high-quality stainless steel, the handpiece offers durable and long-lasting performance. Dental professionals can trust in the instrument's ability to maintain structural integrity and functionality over extended use.