Landolt-Reulen Dissector 10 1/4″, 2.0 mm

The Landolt-Reulen Dissector 10 1/4″, 2.0 mm is a specialized neurosurgical instrument designed for procedures that require precision, extended reach, and access to deep anatomical structures. Its elongated profile helps the surgeon reach areas that may be difficult to access with shorter instruments, while the narrow 2.0 mm working end supports focused instrument placement within a confined operative field.

Neurosurgical procedures often involve delicate anatomical structures and limited working space. Selecting an appropriately sized dissector is therefore important for maintaining control during tissue separation and surgical manipulation. The Landolt-Reulen Dissector offers a specialized option for surgical teams seeking an instrument with a long shaft and a relatively narrow working end.

Purpose and Neurosurgical Applications

A surgical dissector is used to separate, mobilize, or define tissue planes during an operation. In neurosurgery, these instruments may assist with carefully controlled tissue manipulation when the working area is deep or access is restricted. The Landolt-Reulen Dissector is intended for applications consistent with its specific design and manufacturer instructions.

Its extended length may be useful in selected deep-access procedures where an instrument with a shorter working reach would be less suitable. The 2.0 mm working-end specification provides a dimensional reference for instrument selection, although the exact shape and functional characteristics of the tip should be confirmed before purchase.

The instrument should only be used for procedures and anatomical applications supported by its intended purpose. Neurosurgical instrument selection requires consideration of the target tissue, surgical approach, working depth, and the surgeon's preferred technique.

Extended 10 1/4-Inch Design

The instrument measures 10 1/4 inches, equivalent to approximately 26 cm. This extended length is a key feature for procedures that require access beyond superficial operative areas. It allows the user to position the working end at depth while retaining the handle outside the immediate surgical site.

The long profile can support access in restricted spaces, but the surgeon must maintain appropriate control and visualization throughout use. The overall length should be evaluated alongside the shaft geometry, handle design, and working-end orientation to ensure compatibility with the planned procedure.

Narrow 2.0 mm Working End

The 2.0 mm working end is intended for applications where a relatively narrow instrument profile is required. A small working end can facilitate focused placement within a limited area, depending on the tip's actual shape and design.

The precise configuration of the Landolt-Reulen Dissector should be verified with the supplier because the product title alone does not establish whether the tip is blunt, angled, curved, or shaped for a particular dissection technique. Accurate working-end specifications help clinicians determine whether the instrument is suitable for their intended application.

Construction and Material

Reusable neurosurgical dissectors are commonly manufactured from medical-grade stainless steel because it provides strength, corrosion resistance, and compatibility with validated cleaning and sterilization processes. However, the exact material grade and construction of this particular Landolt-Reulen model should be confirmed with the manufacturer or supplier.

A well-finished instrument should be free from burrs, visible corrosion, deformation, and other defects that could interfere with handling. The shaft and working end should be inspected before use to confirm that the instrument remains in suitable condition.

Handling, Cleaning, and Sterilization

The Landolt-Reulen Dissector should be handled by trained surgical professionals using techniques appropriate to the intended procedure. Its extended reach and narrow working end require careful positioning and controlled movements, particularly when working near delicate neurological structures.

If the instrument is reusable, it must be cleaned and sterilized according to the manufacturer's validated instructions and the healthcare facility's infection-prevention procedures. Cleaning should remove biological residue from the entire instrument, including the working end and any areas where debris may collect. After cleaning, the instrument should be rinsed, dried, inspected, packaged, and sterilized using a validated method compatible with its materials and construction.

Proper storage and routine inspection help preserve instrument condition. Instruments with damaged tips, bent shafts, corrosion, or other defects should be removed from service for assessment.

Benefits for Neurosurgical Instrument Sets

The Landolt-Reulen Dissector can complement a specialized neurosurgical instrument set when an extended instrument with a 2.0 mm working end is required. Its specified length and narrow profile provide useful selection criteria for surgical departments, procurement teams, and medical instrument distributors.

Before ordering, buyers should confirm the tip geometry, material, exact working-end dimensions, reusable or single-use status, and intended applications. These details help ensure that the instrument matches the technical and clinical requirements of the intended procedure.

Key Features

• Specialized Landolt-Reulen neurosurgical dissector

• Overall length of 10 1/4 inches (approximately 26 cm)

• 2.0 mm working-end specification

• Extended profile for deep-access applications

• Narrow working end for focused instrument placement

• Intended for controlled tissue dissection and manipulation

• Suitable for inclusion in compatible neurosurgical instrument sets

• Material and tip configuration should be confirmed with the supplier

• Requires inspection before clinical use

• Cleaning and sterilization must follow manufacturer instructions

Product Specifications

Frequently Asked Questions

1. What is a Landolt-Reulen Dissector used for?

The Landolt-Reulen Dissector is a specialized surgical instrument intended for tissue separation and manipulation in applications consistent with its design, particularly where extended access may be required.

2. What is the length of the Landolt-Reulen Dissector?

The specified overall length is 10 1/4 inches, which is approximately 26 cm. This extended profile may support access to deeper operative areas.

3. What does the 2.0 mm specification mean?

The 2.0 mm measurement identifies the stated working-end size. Buyers should confirm the precise measurement reference and tip geometry with the supplier.

4. Why is an extended dissector useful in neurosurgery?

An extended dissector can help surgeons reach selected deep or confined operative areas while keeping the handle outside the immediate surgical field. Its suitability depends on the surgical approach and intended application.

5. What material is used for the Landolt-Reulen Dissector?

Reusable neurosurgical dissectors are commonly manufactured from medical-grade stainless steel. The exact material grade of this model should be confirmed with the supplier.

6. How should a reusable Landolt-Reulen Dissector be sterilized?

It should be cleaned, inspected, and sterilized according to the manufacturer's validated instructions and the healthcare facility's established infection-control procedures.

7. What should buyers verify before ordering this neurosurgical instrument?

Buyers should verify the overall length, 2.0 mm working-end specification, tip geometry, material, intended application, and reusable or single-use status to ensure compatibility with their clinical requirements.