Dental Scissors Large 17.5 cm

Dental Scissors Large 17.5 cm

The Dental Scissors Large 17.5 cm is a single-ended stainless-steel scissors instrument. It measures 17.5 cm in overall length. That extended format gives a clear reach advantage over standard-length instruments at posterior and deep-field intraoral sites. The blade edges are finesse-ground for clean shear cuts through soft tissue and suture material. The blades are smooth and serration-free. They produce consistent separation with each closing stroke. The ring handles are solid stainless-steel. The balance point is calibrated for the 17.5 cm format, maintaining fingertip control without fatigue during prolonged procedures.

Dental Scissors solve the reach problem that standard scissors create at posterior and deep vestibular sites. The extended shank places the cutting plane deeper into the field. The surgeon keeps the hand in a natural position. That reduces instrument bulk in the sightline. It also maintains a consistent cutting angle throughout each stroke. Smooth blade faces keep stroke force predictable across the full length. The 17.5cm dental scissors oral surgery format withstands repeated autoclave cycles at 134°C without dimensional change.

Oral surgeons and periodontists working posterior and deep-field sites need an instrument that extends their reach without compromising control. The Dental Scissors Large 17.5 cm handles suture trimming, soft-tissue cutting, and flap access at depth. It suits any procedure where a large size surgical scissors dental instrument must hold blade alignment beyond standard operative reach.

Leader Surgical manufacture these instruments to oral surgical programs where extended reach is a routine procedural requirement.

What distinguishes the Dental Scissors Large 17.5 cm from standard-size dental scissors, and what clinical advantage does the larger size provide?
At 17.5 cm, the Dental Scissors Large is longer than standard dental scissors, providing improved access to posterior and deeper intraoral surgical sites. Its extended handle-to-blade ratio also enhances cutting leverage, reducing the hand force required and minimizing operator fatigue during lengthy procedures.