
Teardrop Dissector 8.75″ Straight Shaft, 90° Angled
Direct Manufacturer Pricing • Tax Exclusive
The Teardrop Dissector features an 8 3/4-inch straight shaft with a working end angled at 90 degrees. Its specialized shape is designed to support controlled tissue dissection and manipulation in procedures where this configuration is appropriate.
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Hospital & Volume Procurement Pricing
The Teardrop Dissector Straight Shaft 8 3/4″, Angled 90 Degrees is a specialized surgical instrument designed for tissue dissection and manipulation in appropriate clinical procedures. Its straight shaft and angled working end provide a distinct instrument profile that may help surgical professionals access and handle tissue from a specific direction, depending on the operative approach and intended application.
Dissectors are used in surgery to separate, mobilize, or manipulate tissue planes. The exact purpose of a teardrop dissector depends on its working-end shape, dimensions, and the manufacturer's intended-use specifications.
Purpose and Surgical Applications
A dissector is generally used to assist with separating or mobilizing tissue during surgical procedures. The teardrop-shaped working end may provide a contact profile suited to particular dissection tasks, but the precise function of this model cannot be established from the product title alone.
The instrument should be selected according to the procedure, anatomical site, and surgeon's preferred technique. Before use, confirm the manufacturer's intended application and ensure the instrument is appropriate for the tissue and surgical approach involved.
Straight Shaft and 90-Degree Angled Tip
The product title specifies a straight shaft measuring 8 3/4 inches, equivalent to approximately 22.2 cm. This length provides an extended reach compared with shorter hand instruments, although actual access depends on the surgical field and instrument geometry.
The working end is described as angled at 90 degrees. This configuration places the tip at a right angle to the relevant shaft or reference axis, depending on the manufacturer's design. An angled tip may allow access to tissue from a direction that differs from the shaft's line of approach.
The exact angle reference, tip dimensions, and teardrop profile should be verified with the supplier to avoid ambiguity when comparing instrument models.
Working-End Design and Handling
The shape of the working end can influence how a dissector contacts tissue and how force is directed during manipulation. A teardrop profile may provide a broader or differently contoured contact surface than a narrow pointed tip, but the exact geometry of this instrument is not specified.
Surgical professionals should use the dissector according to their training and the manufacturer's instructions. The working end should be inspected before each procedure for damage, deformation, or surface irregularities that could affect its performance.
Material and Construction
The product title does not specify the instrument's material, surface finish, handle design, or manufacturing grade. These details should be confirmed with the manufacturer before purchasing or listing the product with material-specific claims.
Material and construction can affect instrument durability, cleaning requirements, and compatibility with sterilization processes. Buyers should verify whether the instrument is reusable and obtain the applicable processing instructions before clinical use.
Cleaning, Sterilization, and Maintenance
If the instrument is designated reusable, it must be cleaned, inspected, and sterilized according to the manufacturer's validated instructions and the healthcare facility's infection-prevention protocols. Do not assume compatibility with autoclaving or any other sterilization method unless explicitly confirmed.
Inspect the shaft and working end for corrosion, wear, bending, or other damage. Store the instrument in a manner that protects its tip and preserves its working geometry.
Practical Benefits
The Teardrop Dissector combines an 8.75-inch straight shaft with a 90-degree angled working end. These design characteristics may be useful in procedures that require an extended reach and a specific approach angle. Confirming the tip dimensions, material, intended application, and reprocessing requirements will help buyers determine whether this instrument matches their clinical and procurement needs.
Key Features
Specialized teardrop dissector design
Straight shaft configuration
8 3/4-inch nominal length
Approximately 22.2 cm overall length
Working end angled at 90 degrees
Designed for tissue dissection or manipulation according to intended use
Tip profile and dimensions require confirmation
Material and surface finish not specified
Reusable status must be confirmed with the manufacturer
Cleaning and sterilization according to manufacturer instructions
Product Specifications
Specification | Details |
|---|---|
Product Name | Teardrop Dissector |
Instrument Type | Surgical Dissector |
Shaft Design | Straight |
Overall Length | 8 3/4 inches |
Metric Length | Approximately 22.2 cm |
Working-End Angle | 90 degrees, as stated |
Tip Shape | Teardrop |
Primary Function | Tissue dissection and manipulation, according to design |
Material | Not specified |
Surface Finish | Not specified |
Handle Design | Not specified |
Reusable Status | Not specified |
Sterilization Compatibility | Confirm with manufacturer |
Packaging | Not specified |
Frequently Asked Questions
1. What is a teardrop dissector used for?
A teardrop dissector is a surgical instrument intended to assist with tissue separation or manipulation. Its precise use depends on the working-end design and the manufacturer's intended application.
2. What is the length of this teardrop dissector?
The product title specifies 8 3/4 inches, approximately 22.2 cm.
3. What does a 90-degree angled tip mean?
It indicates that the working end is angled at a right angle relative to the relevant shaft or reference axis. The exact angle reference should be confirmed from the manufacturer's specifications.
4. Does this dissector have a straight shaft?
Yes. The supplied product title specifies a straight shaft with an angled working end.
5. What material is this dissector made from?
The material is not identified in the product title. Confirm the construction material and grade with the manufacturer or supplier.
6. Can this instrument be sterilized in an autoclave?
Autoclave compatibility is not specified. Follow the manufacturer's validated cleaning and sterilization instructions before processing.
7. What should buyers verify before ordering?
Confirm the overall dimensions, tip geometry, angle reference, material, intended application, reusable status, and sterilization requirements to ensure the instrument meets the intended surgical needs.
