Caspar Micro Dissector 4.5mm 9″ Precision Neurosurgical Instrument
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100% Autoclavable & Passivated AISI 420 SteelSKU: SP-64939
OR & Quality SpecificationsHospital Grade
Steel MetallurgyGerman AISI 420 Martensitic
Sterilization Cycle134°C / 273°F Steam Autoclave
Quality StandardISO 13485:2016 & CE Mark
Optical FinishAnti-Glare Satin Matte
Electrochemical PassivationCSSD Laser Batch Tracking
DissectorsSKU: SP-64939AISI 420 Martensitic

Caspar Micro Dissector 4.5mm 9″ Precision Neurosurgical Instrument

4.9 / 5.0•18 Verified OR Evaluations
$100.00$120.00/ unit

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The Caspar Micro Dissector 4.5mm is a precision surgical instrument designed for delicate tissue dissection and manipulation in specialized neurosurgical procedures. Its 4.5mm working tip and 9-inch overall length provide defined dimensions for surgical teams selecting instruments for controlled access and tissue handling.

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The Caspar Micro Dissector 4.5mm, 9″ is a specialized neurosurgical instrument intended to assist with delicate tissue dissection and manipulation during appropriate surgical procedures. Designed for precision-oriented applications, this instrument provides a defined working-tip measurement and an extended overall length to support access to the operative field. Its exact function depends on the tip geometry, shaft design, and intended surgical technique.

Micro dissectors are used by trained surgical professionals to help separate, mobilize, or manipulate tissue when controlled instrument handling is required. In neurosurgical and other specialized procedures, the design of the working end is important because different tip shapes serve different purposes. The Caspar pattern identifies the instrument style, but the precise application of this particular model should be confirmed against the manufacturer's product documentation.

The 4.5mm tip measurement provides a useful reference when comparing this dissector with instruments featuring narrower or wider working ends. Tip width alone does not determine the instrument's function or suitability; factors such as curvature, edge profile, shaft angle, and working-end shape also influence its use. As these details are not provided in the product title, they should be verified before purchase.

With an overall length of 9 inches, equivalent to approximately 22.86 cm, the instrument offers an extended profile for reaching the operative area. This length may be useful in procedures where access and working distance are important considerations. The instrument's balance, handle design, and shaft construction also affect handling and should be assessed according to the surgeon's requirements.

For hospitals, neurosurgical departments, and surgical instrument suppliers, the Caspar Micro Dissector can be considered for specialized instrument inventories requiring a precision dissector with a specified 4.5mm tip. Clearly defined dimensions support product comparison, purchasing decisions, and surgical tray preparation. However, the intended anatomical application and compatibility with the planned procedure should always be confirmed by qualified professionals.

Material selection is another important consideration for surgical instruments. The supplied product title does not identify the construction material, handle style, or whether the instrument is reusable. Buyers should obtain these details from the manufacturer to verify durability, compatibility, and instrument-processing requirements.

Before each use, inspect the working tip and shaft for bending, deformation, corrosion, or other visible damage. Precision instruments should be handled carefully during transportation, cleaning, and storage to protect their working ends. Any instrument that fails inspection should be removed from service according to the healthcare facility's procedures.

If the instrument is designated for reuse, cleaning and sterilization must follow the manufacturer's validated instructions and the facility's approved protocols. Proper maintenance and storage help preserve the instrument's condition and support its intended performance.

The Caspar Micro Dissector 4.5mm, 9″ is an option for surgical facilities sourcing precision instruments for specialized procedures. Confirming the tip configuration, material, and intended application will help ensure appropriate selection for the clinical environment.

Key Features

  • Caspar-pattern precision micro dissector

  • Specified 4.5mm working-tip measurement

  • Overall length of 9 inches

  • Metric length of approximately 22.86 cm

  • Designed for delicate tissue dissection and manipulation

  • Intended for consideration in specialized surgical instrument inventories

  • Extended profile for operative access

  • Tip geometry should be verified with the manufacturer

  • Material and handle specifications should be confirmed

  • Requires careful inspection and appropriate maintenance

Product Specifications

Specification

Details

Product Name

Caspar Micro Dissector

Instrument Type

Micro Dissector

Pattern

Caspar

Tip Measurement

4.5mm

Overall Length

9 inches

Overall Length (Metric)

Approximately 22.86 cm

Product Category

Precision Surgical Instrument

Specialty

Neurosurgery / Specialized Surgery

Tip Shape

Confirm with manufacturer

Shaft Configuration

Not specified

Material

Confirm with manufacturer

Handle Design

Not specified

Reusable Status

Confirm with manufacturer

Sterilization Compatibility

Follow manufacturer instructions

Frequently Asked Questions

1. What is a Caspar Micro Dissector used for?

A micro dissector is designed to assist with tissue separation and manipulation during appropriate surgical procedures. The exact use of this model depends on its tip design and the manufacturer's intended-use information.

2. What is the tip measurement of this instrument?

The product title specifies a 4.5mm tip measurement. Confirm whether this refers to the tip width or another working-end dimension.

3. How long is the Caspar Micro Dissector?

The overall length is 9 inches, equivalent to approximately 22.86 cm.

4. Is this instrument suitable for neurosurgery?

It is identified as a precision neurosurgical instrument. Its suitability for a particular procedure should be confirmed by the surgical team using the manufacturer's specifications.

5. What material is the instrument made from?

The material is not specified in the product title. Contact the manufacturer or supplier for verified material details.

6. Does the Caspar Micro Dissector have a straight or curved tip?

The tip configuration is not provided. Confirm the shape and working-end profile with the manufacturer before ordering.

7. How should this instrument be cleaned and sterilized?

Follow the manufacturer's validated processing instructions and the healthcare facility's protocols. Confirm whether the instrument is reusable before processing it for repeated use.