BR Surgical WULLSTEIN Ear Forceps, with tubular shaft, round cup jaws, straight, 0.9 x 1mm wide, 3"

Yes, these are specialized WULLSTEIN Ear Forceps engineered specifically for microsurgical procedures. They feature 0.9 x 1mm round cup jaws, which allow for precise grasping and manipulation in confined anatomical spaces where minimal surface area contact is required.

Absolutely. The tubular shaft construction is a key feature of this instrument, specifically chosen to provide optimal maneuverability and control when working within the delicate environment of the ear.

Yes, these forceps are supplied in Factory New condition. This ensures that you receive the instrument at its peak performance standard, meeting all necessary clinical requirements for reliability.

Yes, these forceps are designed to complement a standard set of specialized ENT surgical tools. With their 3-inch length and straight orientation, they are a professional-grade addition to any otology instrument tray.

The jaws are engineered for high-precision tasks with a width of 0.9 x 1mm. This small, round cup design is optimized for delicate tissue manipulation where accuracy and gentleness are essential.

The instrument is manufactured by BR Surgical, a brand known for professional-grade surgical tools. By shipping directly from the manufacturer, we ensure product authenticity and maintain strict quality control standards.

These forceps measure 3 inches in overall length. This compact size is specifically chosen to facilitate easier access and better balance during intricate ear procedures.

Yes, this is a pre-assembled, ready-to-use surgical instrument. There is no assembly required; once received and processed through your facility’s standard sterilization protocols, it is ready for clinical application.

The forceps are extremely lightweight for increased dexterity, weighing approximately 0.01 pounds. This low weight helps reduce hand fatigue during long or highly detailed surgical sessions.

Yes, the straight orientation is preferred for procedures requiring a direct line of sight. When combined with the narrow, tubular shaft, it allows the surgeon to maintain a clear view of the surgical field while performing fine-motor tasks.