Neuromonitoring Surgical Device for Bone and Tissue Removal

A neuromonitoring surgical system for bone and tissue removal comprising:

• a disposable bone-and-tissue remover;
• a first tissue probe;
• a first light indicator;
• a cable connector;
• a monitoring device;
• the disposable bone-and-tissue remover comprising an upper rail, a lower rail, a fixed handle, a spring-loaded lever, a lever channel, and a footplate tip;
• the upper rail comprising a cutting end and a free end;
• the lower rail comprising a tip end and a fixed end;
• the upper rail being positioned parallel to the lower rail;
• the cutting end being positioned adjacent to the tip end;
• the upper rail being slidably mounted onto the lower rail;
• the fixed handle being oriented at an obtuse angle with the lower rail;
• the fixed handle being terminally connected to the fixed end, opposite to the upper rail;
• the lever channel traversing through the lower rail and into the upper rail, adjacent to the fixed handle;
• the spring-loaded lever being hingedly connected to the lower rail, adjacent to the fixed handle;
• the spring-loaded lever being operatively connected to the upper rail via the lever channel, wherein the spring-loaded lever is used to move the cutting end towards the tip end when the spring-loaded lever is pressed against the fixed handle;
• the footplate tip being oriented at an obtuse angle with the lower rail;
• the footplate tip being terminally connected to the tip end, opposite to the fixed handle;
• the first tissue probe being integrated into the cutting end;
• the first light indicator being integrated into the upper rail, opposite to the lower rail;
• the cable connector being integrated into the fixed handle, adjacent to the fixed end;
• the monitoring device being positioned offset to the bone-and-tissue remover;
• and
• the first tissue probe and the first light indicator being electronically and electrically connected to the monitoring device via the cable connector.

A neuromonitoring surgical system for bone and tissue removal comprising:

• a disposable bone-and-tissue remover;
• a first tissue probe;
• a first light indicator;
• a cable connector;
• a monitoring device;
• the disposable bone-and-tissue remover comprising an upper rail, a lower rail, a fixed handle, a spring-loaded lever, a lever channel, and a footplate tip;
• the upper rail comprising a cutting end and a free end;
• the lower rail comprising a tip end and a fixed end;
• the upper rail being positioned parallel to the lower rail;
• the cutting end being positioned adjacent to the tip end;
• the upper rail being slidably mounted onto the lower rail;
• the fixed handle being oriented at an obtuse angle with the lower rail;
• the fixed handle being terminally connected to the fixed end, opposite to the upper rail;
• the lever channel traversing through the lower rail and into the upper rail, adjacent to the fixed handle;
• the spring-loaded lever being hingedly connected to the lower rail, adjacent to the fixed handle;
• the spring-loaded lever being operatively connected to the upper rail via the lever channel, wherein the spring-loaded lever is used to move the cutting end towards the tip end when the spring-loaded lever is pressed against the fixed handle;
• the footplate tip being oriented at an obtuse angle with the lower rail;
• the footplate tip being terminally connected to the tip end, opposite to the fixed handle;
• the first tissue probe being integrated into the cutting end;
• the first light indicator being integrated into the upper rail, opposite to the lower rail;
• the cable connector being integrated into the fixed handle, adjacent to the fixed end;
• the monitoring device being positioned offset to the bone-and-tissue remover;
• and
• the first tissue probe and the first light indicator being electronically and electrically connected to the monitoring device via the cable connector.