NES-1922

Fig. 10
Master Control for Deep Cervical Luxation
Elevating deeply rooted teeth without causing trauma to surrounding soft tissues requires hand tools designed for direct mechanical force translation. Next Edge Surgical LLC engineered the NES-1922 Dental Forceps to supply oral healthcare providers with a reliable, ultra-durable instrument engineered to secure an unyielding grip on sound dentin during extraction procedures.
Subgingival Access Geometry: Thin, contoured working ends wedge cleanly into narrow periodontal ligament spaces to reach deep root structures.
Precision Pin-Hinge Axis: Eliminates jaw slop or twisting under intense rotational movement.
Textured Grip Surfaces: Deeply machined handle grooves deliver positive tactile traction in fluid-heavy surgical environments.
Passivated Alloy Steel: Built from high-purity surgical steel to withstand hundreds of high-temperature steam sterilization cycles without dulling.
A disciplined operative approach always starts with comprehensive intraoral diagnostic preparation. Prior to applying luxation pressure, dental practitioners systematically utilize a diagnostic instrument to probe sulcular depth, evaluate root bifurcation geometry, and map adjacent crestal bone height.
When positioned firmly along the cementoenamel junction, the NES-1922 converts subtle palm compression into uniform socket-widening force. This targeted leverage loosens fibrous attachments gradually, facilitating smooth, atraumatic tooth retrieval while leaving the socket walls intact for faster post-operative recovery. Equip your surgical setups with Next Edge Surgical LLC tools to ensure peak clinical performance.