NES – 4063

P13 Titanium Plasma Coated Point Angel S/E
The success of a surgical procedure often depends on instruments that feel comfortable from the very first use. The NES-4063 Implant Surgical Chisel is designed to give dental professionals the freedom to work with a handle style that matches their individual technique while maintaining excellent precision during implant surgery.
Unlike standard instruments with a single configuration, the NES-4063 is offered in three different handle options, making it easier for clinicians to select the weight, grip, and balance that best suit their clinical preferences. Every version is manufactured to professional standards, ensuring consistent performance throughout demanding surgical procedures.
Available Handle Variants
Choose the configuration that best supports your workflow:
Ø 8mm Hollow Handle – Lightweight and easy to manoeuvre
Ø 9.5mm Hollow Handle – Enhanced grip with balanced handling
Ø 6mm Solid Handle – Compact, firm, and stable for precise control
Why Choose the NES-4063?
Whether used for routine implant procedures or advanced surgical cases, this implant chisel is engineered to deliver dependable handling and long-lasting durability. Its ergonomic profile promotes comfort during prolonged procedures, while the precision-crafted design allows controlled instrument movement in delicate treatment areas.
Key Features
Professional Implant Surgical Chisel
Available in three ergonomic handle configurations
Precision-balanced for improved surgical accuracy
Comfortable grip designed for clinician control
High-quality stainless-steel construction
Reusable and suitable for repeated sterilisation
Built for long-term performance in professional dental practices
Designed to meet the expectations of today’s clinicians, the NES-4063 combines versatility, durability, and precision in a single instrument. Manufactured by Next Edge Surgical LLC, this premium instrument is part of the company’s Dental Implant Instruments collection, offering professionals a dependable solution for implantology procedures where accuracy and reliability matter most.