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Neurosurgery Surgical Hulka Kenwick Uterine Forceps 10¾”
The Neurosurgery Surgical Hulka Kenwick Uterine Forceps 10¾” is a precision surgical instrument designed for controlled uterine grasping, elevation, and manipulation during gynecological procedures. Its extended length, ergonomic design, and durable stainless steel construction provide surgeons with reliable access, stability, and accurate handling.
Neurosurgery Surgical Hulka Tenaculum Forceps 11½” Single Tooth & Probe Tip
The Neurosurgery Surgical Hulka Tenaculum Forceps 11½” Single Tooth & Probe Tip is a precision surgical instrument designed for controlled uterine and cervical tissue grasping during gynecological procedures. Its extended length, single-tooth design, and probe tip configuration provide enhanced access, accurate positioning, and reliable surgical control.
Neurosurgery Surgical Hunter Uterine Curette – Large
Neurosurgery Surgical Inge Retractor No Teeth, 6½″
The Neurosurgery Surgical Inge Retractor No Teeth, 6½″ is a precision hand-held surgical retractor designed for gentle soft tissue retraction during neurosurgical, spinal, and microsurgical procedures. Its toothless blade design minimizes tissue trauma while providing clear surgical exposure and dependable performance.
Neurosurgery Surgical Jacobs Vulsellum Forceps 8¼” Curved to Side, 2×2 Teeth
The Neurosurgery Surgical Jacobs Vulsellum Forceps 8¼” Curved to Side, 2×2 Teeth is a precision surgical instrument designed for secure grasping, traction, and manipulation of cervical and uterine tissues. Its curved profile and specialized 2×2 tooth configuration provide excellent control, stability, and access during gynecological procedures.
Neurosurgery Surgical Jacobs Vulsellum Forceps 8¼” Straight, 2×2 Teeth
The Neurosurgery Surgical Jacobs Vulsellum Forceps 8¼” Straight, 2×2 Teeth is a precision surgical instrument designed for secure tissue grasping, traction, and stabilization during gynecological procedures. Its straight profile and 2×2 tooth jaw configuration provide reliable control, accurate positioning, and consistent surgical performance.
