Description

The Caspar Toothed Disc Rongeur is used for grasping and removing intervertebral disc material during discectomy, spinal decompression, and similar procedures. Its toothed jaws help hold the disc material while it is being removed, giving the user a firm grip without making the instrument unnecessarily complicated.

The jaws are both serrated and fenestrated. The teeth help grip the tissue, while the openings in the jaws are part of the overall design. This combination can be useful when working with small pieces of disc material that need to be held securely during removal.

One useful thing about this rongeur is that it is available in three jaw directions: straight, upward, and downward. The different configurations give users a choice depending on the area they need to reach and the way the instrument needs to be positioned during the procedure. Instead of having to use the same jaw angle for every situation, the appropriate version can be selected for the working area.

It comes in bite sizes of 2 mm, 3 mm, 4 mm, and 5 mm. Smaller bites can be useful when working with limited amounts of disc material, while the larger sizes provide a wider bite when more material needs to be removed. The instrument is also available in two shaft lengths: 16 cm (6¼”) and 18 cm (7″).

The different combinations make the rongeur suitable for a range of spinal procedures and working preferences. The choice of jaw direction, bite size, and shaft length can be made according to the procedure and the area being accessed.

The instrument is made from surgical-grade material and is checked as part of the quality-control process before it is supplied. The jaws are inspected for proper movement and the instrument is checked for its overall finish and condition. It is designed for repeated surgical use and regular cleaning and maintenance.

With its toothed and fenestrated jaws, three jaw configurations, and several size options, the Caspar Toothed Disc Rongeur gives surgical teams a straightforward choice when removing disc material during spinal procedures.