Description

The Toennis Dural Dissector is designed for careful tissue dissection, dural elevation, and soft tissue manipulation during spinal and neurosurgical procedures. It can be used during decompression and microsurgical procedures where delicate tissue needs to be moved while keeping good control around the dura and nearby neural structures.

The instrument has a double-ended design with smooth, atraumatic working ends. The gently curved tips provide useful working angles for lifting and separating tissue around the dura, nerve roots, and other structures. Having both ends available also makes it practical when a different working surface is needed during the same procedure.

The broad central handle gives the instrument a balanced feel and a comfortable place to hold. This helps with smaller, controlled movements when working in a confined spinal exposure. At 24 cm (19½”) long, it also provides enough reach for deeper operative areas while remaining manageable during use.

The curved working ends are useful when approaching tissue from different directions. Rather than relying on a straight working tip, the user can position the curved end around the area being exposed and work along the tissue in a controlled manner.

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 both working ends and the central handle are inspected to make sure they are properly finished and secure. 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 double-ended atraumatic tips, curved working ends, broad central handle, and 24 cm length, the Toennis Dural Dissector provides a practical option for controlled tissue handling during spinal and neurosurgical procedures. Its balanced design and two working ends make it useful when careful dissection and tissue elevation are required.