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Description

Surgi-OR Rochester-Oschner Forceps are a heavy instrument designed to aggressively grasp medium to heavy tissue or occlude heavy, dense vessels. They have horizontal serrations the entire length of the jaw as well as 1 X 2 teeth at the tip. The combination of full serrations plus teeth ensure a firm grip on the tissue or vessel being held. Rochester-Oschner Forceps are available either curved or straight and in multiple lengths. These forceps are sometimes referred to as simply Oschner Forceps, however, Rochester-Oschner Forceps are actually heavier than standard Oschner Forceps. Hand-crafted in Pakistan, Surgi-OR mid-grade instruments are forged from the highest quality Japanese steel and provide reliable instrumentation for the operating room and other surgical centers. Surgi-OR instruments are a cost-effective line of instruments that must meet Sklar's quality standards. This product is curved with full, horizontally serrated jaws, 1 X 2 teeth, and a length of 10 inches.

Disposable Or Reusable reusable
Grade surgi-or mid-grade
Handle Style finger rings with ratchet
Instrument Curvature curved
Instrument Length 10"
Instrument Material stainless steel
Is Sterile non-sterile
Latex Free not made with natural rubber latex
Surname rochester-ochsner
Tip Config 1x2 teeth
Type forceps
Uom ea
Uom Description 1 each
Working Edge Style serrated jaws

Frequently asked questions

Are these forceps suitable for dense tissue?

Yes, these are heavy-duty Rochester-Ochsner forceps specifically engineered for:

  • Aggressive grasping of medium to heavy tissue.
  • Secure occlusion of dense vessels.
  • Maintaining firm tension using the integrated locking ratchet mechanism.
Is high-quality Japanese steel used in manufacturing?

Yes, these instruments are forged from high-quality Japanese steel. They are hand-crafted to meet Sklar’s rigorous quality standards, ensuring a reliable and durable performance in demanding surgical environments.

What is the benefit of the 1x2 teeth configuration?

The 1x2 teeth at the tip provide an enhanced, secure grip that prevents slippage. When combined with the horizontal serrations running the entire length of the jaw, they offer exceptional holding power for challenging surgical tasks.

Are these forceps safe for patients with latex allergies?

Absolutely. These forceps are 100% latex-free and manufactured without the use of natural rubber latex, making them a safe choice for all patients in your clinical setting.

Can these instruments be reused multiple times?

Yes, these are designed as reusable surgical instruments. They are built for long-term utility and value, making them a cost-effective solution for surgical centers when properly cleaned and sterilized.

How do these differ from standard Oschner forceps?

The Rochester-Ochsner classification indicates a heavier and more robust construction than standard Oschner forceps. They are specifically designed for more demanding applications where extra instrument strength is required.

Do these forceps lock securely during procedures?

Yes, they feature a reliable ratchet mechanism located just behind the finger rings. This allows the surgeon to lock the instrument in a closed position, ensuring maintained tension on tissue or vessels throughout the procedure.

Are these provided in a sterile package?

These forceps are supplied non-sterile. They must undergo the appropriate sterilization protocol established by your facility before they are used in any surgical procedure.

What kind of maintenance is required for this steel?

As high-quality stainless steel instruments, they require standard surgical instrument care. To ensure the lifetime warranty and longevity of the product, please follow your facility’s validated cleaning and sterilization procedures for reusable stainless steel surgical tools.

Is this model suitable for hard-to-reach areas?

The 10-inch length and curved jaw configuration are specifically designed to provide better reach and visibility. The curvature allows for improved access to specific surgical sites, particularly when working with deeper or complex tissue structures.