4.5mm
Specification Parameter
Engineering Detail
Clinical Advantage
Beak Geometry
Anatomic subgingival curvature
Minimizes stress points on fragile root walls
Hinge Mechanism
Solid-core pivot assembly
Eliminates flex for pure torque transmission
Surface Finish
Anti-glare satin treatment
Prevents light reflections under operating lamps
Material Base
Passivated medical stainless steel
Resists pitting, rust, and thermal fatigue
Preserving ridge architecture during difficult tooth removal is vital for ensuring rapid soft-tissue healing and optimal post-operative tissue recovery. The NES-1941 Dental Forceps engineered by Next Edge Surgical LLC provide oral surgeons and general dentists with a high-precision tool designed to balance raw mechanical power with sensitive tactile feedback.
A detailed clinical survey forms the baseline for every safe exodontia sequence. Operating specialists rely on a diagnostic instrument beforehand to check mobility scores, measure periodontal probing depths, and evaluate root curvature prior to seating the forceps on dentin.
When engaged securely below the cementoenamel junction, the NES-1941 enables clinicians to execute controlled, incremental rocking motions across the tooth shaft. The anatomically shaped jaws spread mechanical loads evenly across root structures, severing periodontal ligament attachments without crushing dentin or damaging alveolar socket walls. Equip your dental trays with Next Edge Surgical LLC instruments to bring lasting quality, safety, and efficiency to your practice.
