OB/GYN 11½″ Tischler Rotating Biopsy Forceps 2×4

The OB/GYN 11½″ Tischler Rotating Biopsy Forceps is a gynecological surgical instrument designed for controlled tissue sampling during compatible procedures. It combines an 11½-inch overall length with a rotating working mechanism and a 2 × 4 jaw configuration.

Its extended length provides useful reach while maintaining manual control. The rotating mechanism allows the working end to be positioned according to the requirements of the procedure, while the defined jaw configuration supports controlled tissue capture.

Design and Configuration

The forceps feature an approximately 11½-inch overall length and a rotating working-end mechanism. The 2 × 4 specification identifies the supplied jaw configuration.

The rotating construction allows adjustment of the working-end orientation while the handle provides controlled manual manipulation. Before use, the jaws and rotating mechanism should be inspected to confirm smooth movement and proper alignment.

Working-End Characteristics

The 2 × 4 jaw configuration provides a defined working profile for tissue grasping during compatible biopsy procedures. The rotating mechanism allows the jaws to be oriented appropriately within the operative field.

The jaws should open and close smoothly and remain properly aligned. Any visible deformation, damage, or abnormal movement should be evaluated before use.

Gynecological Applications

The OB/GYN 11½″ Tischler Rotating Biopsy Forceps may be used for compatible gynecological biopsy procedures requiring controlled tissue sampling. Specific clinical use and instrument selection should be determined by a qualified healthcare professional according to the procedure and established clinical protocols.

Handling and Use Considerations

The 11½-inch length provides extended reach while allowing controlled positioning. The rotating mechanism should be operated smoothly without excessive force.

Before use, inspect the instrument for cleanliness, jaw alignment, smooth rotation, and structural integrity. The working jaws should be free from visible damage or deformation.

Cleaning and Instrument Care

Clean the forceps promptly after use according to the healthcare facility's validated instrument-cleaning procedure. Pay particular attention to the jaws, joints, rotating components, and other areas where residual material may accumulate.

After cleaning, verify that the jaws open and close properly and that the rotating mechanism functions smoothly. Avoid abrasive methods that could damage the working surfaces or mechanism.

Sterilization and Inspection

Sterilization should be performed according to the manufacturer's validated instructions and the healthcare facility's established sterilization protocol. Before each use, inspect the forceps for corrosion, deformation, cracks, loose components, jaw damage, and restricted rotation.

Any instrument showing compromised functionality or structural integrity should be removed from service and evaluated according to institutional procedures.

Technical Specifications

• Instrument Type: Biopsy Forceps
• Design: Tischler
• Overall Length: 11½″
• Working Mechanism: Rotating
• Jaw Configuration: 2 × 4
• Application: Gynecological / OB/GYN procedures
• Configuration: Single instrument
• Material: Not specified

Frequently Asked Questions

1. What is the OB/GYN 11½″ Tischler Rotating Biopsy Forceps used for?
It is designed for controlled tissue sampling during compatible gynecological biopsy procedures.

2. What does the rotating feature provide?
It allows the working end to be oriented for appropriate positioning during the procedure.

3. What does 2 × 4 indicate?
It identifies the specific jaw configuration of the biopsy forceps.

4. What is the overall length?
The forceps have an overall length of 11½ inches.

5. Is this supplied as a set?
No. It is supplied as a single biopsy forceps.

6. How should the forceps be maintained?
They should be cleaned, sterilized, inspected, and handled according to validated instrument-care procedures and applicable healthcare-facility protocols.