The Neurosurgery Surgical 9½″ Rochester Ochsner Hemostatic Forceps, Curved, 1×2 Teeth is a premium surgical instrument developed to provide exceptional tissue control, secure vascular occlusion, and dependable hemostasis during advanced neurosurgical procedures. Designed in the classic Rochester Ochsner pattern, this instrument features long curved jaws with fine transverse serrations and 1×2 interlocking teeth, ensuring a strong and reliable grip on dense tissue, fascia, vascular pedicles, and larger blood vessels. The curved jaw design enhances access to difficult anatomical areas while allowing surgeons to perform delicate procedures with greater precision and confidence.

The Neurosurgery Surgical 9½″ Rochester Ochsner Hemostatic Forceps, Curved, 1×2 Teeth is commonly used in neurosurgery, cranial surgery, spinal surgery, cerebrovascular surgery, vascular surgery, orthopedic surgery, trauma surgery, thoracic surgery, plastic and reconstructive surgery, and general surgery. It is particularly effective for vascular clamping, bleeding control, tissue stabilization, fascial grasping, and maintaining secure tissue traction throughout complex surgical procedures requiring dependable instrument performance.

Manufactured from premium surgical-grade stainless steel, these Rochester Ochsner Hemostatic Forceps are engineered for long-lasting performance in demanding surgical environments. The corrosion-resistant stainless steel construction provides excellent durability, preserves precise jaw alignment, and ensures smooth mechanical function through repeated use and sterilization. The satin or matte finish reduces glare from operating room lighting, improving visibility during delicate neurosurgical procedures.

The instrument features curved serrated jaws with 1×2 interlocking teeth, offering superior tissue retention while minimizing the risk of slippage. The fine serrations distribute gripping pressure evenly across tissue surfaces, while the interlocking teeth provide additional holding strength for fascia, tendons, and dense tissue. The curved jaw profile allows improved maneuverability around critical neurovascular structures, making the instrument ideal for deep operative fields where precision is essential.

A precision ratchet locking mechanism delivers smooth engagement and consistent clamping pressure throughout the surgical procedure. Once engaged, the ratchet securely maintains vessel occlusion or tissue stabilization without requiring continuous hand pressure. This dependable locking system improves procedural efficiency, reduces surgeon fatigue during extended operations, and ensures stable tissue control throughout surgery.

With an overall length of 9½ inches (approximately 24 cm), these forceps provide an excellent combination of reach, balance, and maneuverability. The extended shaft allows surgeons to access deep anatomical structures while maintaining exceptional tactile feedback and precise instrument control. Ergonomic finger ring handles provide a comfortable and secure grip, enabling accurate movements and improved handling during intricate neurosurgical procedures.

The Neurosurgery Surgical 9½″ Rochester Ochsner Hemostatic Forceps, Curved, 1×2 Teeth is fully reusable and compatible with standard hospital sterilization methods, including steam autoclaving. Its premium stainless steel construction maintains structural integrity, corrosion resistance, jaw alignment, and locking performance through repeated sterilization cycles, ensuring reliable long-term clinical use and outstanding value.

Manufactured to the highest standards of surgical quality, this instrument combines precision engineering, durable materials, and ergonomic functionality to deliver consistent clinical performance. Whether used for vascular clamping, tissue stabilization, deep surgical exposure, fascia grasping, or dependable hemostasis during neurosurgical procedures, the Neurosurgery Surgical 9½″ Rochester Ochsner Hemostatic Forceps, Curved, 1×2 Teeth provides the precision, durability, and reliability trusted by surgical professionals worldwide.

Key Features

• Designed for neurosurgical and advanced surgical procedures
• Extended 9½-inch length provides excellent reach into deep operative fields
• Curved jaws improve access around delicate anatomical structures
• 1×2 interlocking teeth provide a firm, secure, non-slip grip
• Fine serrations ensure reliable handling of dense tissue and vascular structures
• Ideal for vascular clamping, tissue traction, and effective hemostasis
• Manufactured from premium surgical-grade stainless steel
• Precision ratchet locking mechanism provides consistent clamping pressure
• Ergonomic finger ring handles enhance comfort and surgical control
• Satin finish minimizes glare under operating room lighting
• Corrosion-resistant construction ensures long-lasting durability
• Fully reusable and steam autoclave compatible

Product Specifications

FAQs

1. What is the Neurosurgery Surgical 9½″ Rochester Ochsner Hemostatic Forceps, Curved, 1×2 Teeth used for?

It is used for clamping blood vessels, grasping dense tissue, securing fascia, maintaining tissue traction, and achieving reliable hemostasis during neurosurgical and other advanced surgical procedures.

2. What is the advantage of the 1×2 interlocking teeth?

The 1×2 interlocking teeth provide a secure, non-slip grip on dense tissue, fascia, and vascular structures, reducing slippage and improving surgical precision.

3. Why are curved jaws beneficial in neurosurgery?

Curved jaws allow easier access around delicate neurovascular structures and improve maneuverability within deep or restricted operative fields, enhancing surgical accuracy.

4. What material is this instrument manufactured from?

The forceps are manufactured from premium surgical-grade stainless steel, providing excellent corrosion resistance, durability, strength, and long-term clinical reliability.

5. Can these Rochester Ochsner Hemostatic Forceps be sterilized and reused?

Yes. The instrument is fully reusable and compatible with standard steam autoclave sterilization, maintaining its precision, jaw alignment, locking performance, and structural integrity through repeated sterilization cycles.