OB/GYN 14″ Simpson OB Forceps

The OB/GYN 14″ Simpson Obstetric Forceps are specialized obstetrical instruments designed for controlled use during compatible assisted delivery procedures. The forceps feature a 14-inch overall length and a Simpson-style configuration intended for obstetric applications.

The extended length provides useful reach while allowing the clinician to maintain controlled handling. The paired blades provide a defined working profile for appropriate positioning during procedures performed by qualified obstetric professionals.

Design and Configuration

The forceps feature an overall length of 14 inches and a Simpson-style obstetric configuration. The design combines paired working blades with a manually operated handle mechanism for controlled positioning and manipulation.

The blades should open, close, and articulate smoothly, with proper alignment maintained throughout operation. Before use, the complete instrument should be inspected for structural integrity and correct mechanical function.

Working-End Characteristics

The Simpson-style working end provides a defined obstetric forceps profile intended for controlled application during compatible procedures. The blades should remain properly aligned and free from visible deformation.

Careful inspection of the blade surfaces and locking or articulating mechanism is recommended before use to ensure that the instrument is in suitable condition.

Obstetric Applications

The OB/GYN 14″ Simpson Obstetric Forceps may be used for compatible assisted obstetric delivery procedures when forceps assistance is clinically indicated.

Selection, positioning, and clinical use should be performed only by appropriately trained healthcare professionals according to the specific clinical circumstances and established obstetric protocols.

Handling and Use Considerations

The 14-inch length provides extended reach while allowing controlled manual handling. The forceps should be operated smoothly and without excessive force.

Before use, inspect the blades for alignment, surface condition, and structural integrity. Confirm that the locking or articulating mechanism functions properly and that there are no visible cracks, deformation, corrosion, or other damage.

Cleaning and Instrument Care

Clean the forceps promptly after use according to the healthcare facility's validated instrument-cleaning procedure. Particular attention should be given to the blades, joints, locking mechanism, and other areas where residual material may accumulate.

After cleaning, verify smooth mechanical movement and proper blade alignment. Avoid practices that could damage the working surfaces or mechanical components.

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 instrument for cleanliness, corrosion, cracks, deformation, loose components, and mechanical irregularities.

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

Technical Specifications

• Instrument Type: Obstetric Forceps
• Design: Simpson
• Overall Length: 14″
• Application: Obstetric / OB/GYN procedures
• Configuration: Single instrument
• Material: Not specified

Frequently Asked Questions

1. What are the OB/GYN 14″ Simpson Obstetric Forceps used for?
They are designed for compatible assisted obstetric delivery procedures.

2. What type of forceps are these?
They are Simpson-style obstetric forceps.

3. What is the overall length?
The forceps have an overall length of 14 inches.

4. Are these forceps intended for obstetric use?
Yes. They are designed for compatible obstetric applications.

5. Is this supplied as a set?
No. It is supplied as a single pair of obstetric 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.