Description

The Scaglietti Lamina Spreader is designed to provide controlled distraction during laminectomy, decompression, and other posterior spinal procedures. By separating bony structures and maintaining the opening, it helps provide better access to the surgical area while keeping the operative field stable.

The instrument features 10 mm wide toothed jaws that provide a secure hold on the lamina and other bony structures during distraction. The toothed profile helps keep the spreader in position and reduces unwanted movement while the opening is being adjusted.

At 28 cm (11″) long, the spreader provides useful reach and leverage during spinal procedures. The integrated speed-lock mechanism allows the opening to be adjusted quickly while still providing controlled distraction. It can open to a maximum of 50 mm, giving the user a substantial range when more surgical exposure is needed.

The combination of the toothed jaws and speed-lock mechanism makes the instrument practical when stable exposure needs to be maintained throughout the procedure. Once the jaws are positioned, the adjustment mechanism allows the desired amount of separation to be set without repeatedly repositioning the instrument.

It is made from surgical-grade stainless steel and goes through quality control inspection before it is supplied. The instrument is checked for its overall finish and condition, while the jaws, speed-lock mechanism, and handle are inspected to make sure they are properly finished, secure, and functioning as intended. These checks help ensure that the instrument is in good working condition before use. The stainless-steel construction also makes it suitable for regular cleaning and maintenance as a reusable surgical instrument.

With its 10 mm toothed jaws, 50 mm maximum opening, speed-lock mechanism, and 28 cm length, the Scaglietti Lamina Spreader provides a practical option for controlled spinal exposure. Its secure jaw design and quick adjustment system make it particularly useful during laminectomy and decompression procedures.