8 1/2″ Kocher-Langenbeck Retractor 70×14mm

The 8 1/2″ Kocher-Langenbeck Retractor 70×14mm is a specialized neurosurgical instrument designed for stable and adjustable tissue retraction during anterior cervical procedures. Its rigid arms provide a hands-free exposure of the cervical spine, enhancing surgical visibility and efficiency.

With an overall length of 8 1/2 inches and a 70×14 mm blade dimension, this retractor offers a defined retraction profile for neurosurgical applications. The counter-style mechanism allows precise control of blade tension and positioning, supporting effective manual manipulation during procedures.

Key Features

• 8 1/2-inch overall length for optimal handling and positioning.
• 70×14 mm blade dimension provides a defined retraction profile.
• Counter-style configuration for precise control of blade tension.
• Designed for stable tissue retraction during anterior cervical procedures.
• Suitable for neurosurgical applications requiring effective exposure.
• Supports hands-free operation for enhanced surgical visibility.
• Specialized Kocher-Langenbeck pattern for professional neurosurgical instrument sets.
• Corrosion-resistant surgical-grade German AISI 420 stainless steel construction.
• Autoclavable and reusable (Steam autoclave up to 134°C / 273°F).

Technical Specifications

The 8 1/2″ Kocher-Langenbeck Retractor 70×14mm combines an 8 1/2-inch overall length with a 70×14 mm blade dimension and counter-style configuration.
Its defined working profile is intended for effective tissue retraction in neurosurgical applications.

Design & Function

The Kocher-Langenbeck Retractor features a counter-style working configuration designed to provide stable tissue retraction during anterior cervical procedures. The rigid arm design can assist in positioning the working end according to the requirements of the operative field.

The 70×14 mm blade dimension provides a defined retraction profile, while the 8 1/2-inch overall length allows controlled manual positioning. Together, these dimensions provide a practical configuration for neurosurgical procedures requiring effective exposure.

Surgical Applications

The 8 1/2″ Kocher-Langenbeck Retractor 70×14mm may be used for neurosurgical and anterior cervical applications involving stable tissue retraction. Specific use depends on the surgical procedure, technique, anatomical site, and preference of the clinical team.

Handling & Instrument Care

Inspect the Kocher-Langenbeck Retractor before use, paying particular attention to the working end, jaw alignment, and blade condition. Ensure the instrument is properly aligned and free from visible damage or wear before use.

After use, clean and process the instrument according to the manufacturer’s validated instructions and the healthcare facility’s established instrument-processing protocols. Store the Kocher-Langenbeck Retractor appropriately to protect its working end and prevent unnecessary contact with other instruments.

Frequently Asked Questions

1. What is the overall length of this Retractor?
The overall length is 8 1/2 inches.

2. What is the working end / blade design of the instrument?
It features 70×14 mm blade dimension.

3. Is this Retractor counter-style or straight?
It features a counter-style configuration.

4. What is a Retractor used for?
It is designed for controlled tissue retraction in neurosurgical applications.

5. What clinical advantage does the counter-style design provide?
The counter-style design provides precise control of blade tension for stable tissue retraction.

6. Is this instrument suitable for neurosurgery?
It may be used in neurosurgical and anterior cervical applications where a counter-style retractor is appropriate.

7. Does the specification refer to the working end?
Yes. The supplied specification refers to the working profile and functional geometry of the instrument.

8. How should the Retractor be cleaned and maintained?
It should be inspected, cleaned, steam autoclaved (up to 134°C / 273°F), and stored according to manufacturer instructions and healthcare facility protocols.