
9 1/4″ Hardy Type Mirror
Direct Manufacturer Pricing • Tax Exclusive
- 9 1/4″ Hardy Type Mirror designed with an extended configuration for surgical visualization and inspection.
- Mirror surface provides a defined visualization profile for neurosurgical procedures.
- Extended design supports a specialized working orientation within the operative field.
- Suitable for neurosurgical and surgical visualization applications requiring an extended mirror.
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Hospital & Volume Procurement Pricing
The 9 1/4″ Hardy Type Mirror is a specialized neurosurgical instrument designed for surgical visualization and inspection within the operative field. Its unique configuration provides an extended profile that assists qualified healthcare professionals in achieving controlled positioning during surgical applications.
With an overall length of 9 1/4 inches, this mirror offers a distinct working orientation that can facilitate an indirect view of areas that may not be readily visible. The design supports effective visualization, enhancing the surgeon's ability to perform intricate procedures.
Key Features
- 9 1/4-inch overall length for controlled manual handling.
- Specialized mirror design provides a defined visualization profile.
- Extended configuration for specialized working orientation.
- Designed for surgical visualization and inspection.
- Suitable for neurosurgical applications.
- Supports positioning of the mirror within the operative field.
- Specialized Hardy Type 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
| Specification | Details |
|---|---|
| Instrument Type | Hardy Type Mirror |
| Overall Length | 9 1/4″ |
| Working End / Blade / Jaw | Mirror Surface |
| Configuration | Extended |
| Primary Function | Surgical Visualization |
| Material | German Stainless Steel (AISI 420) |
| Sterilization | Steam Autoclavable (up to 134°C / 273°F) |
| Application Type | Neurosurgical |
The 9 1/4″ Hardy Type Mirror combines a 9 1/4-inch overall length with a mirror surface and extended configuration.
Its defined working profile is intended for surgical visualization in neurosurgical applications.
Design & Function
The Hardy Type Mirror features an extended working configuration designed to provide a specialized orientation during surgical visualization. The mirror surface can assist in positioning the working end according to the requirements of the operative field.
The mirror profile provides a defined visualization profile, while the 9 1/4-inch overall length allows controlled manual positioning. Together, these dimensions provide a practical configuration for neurosurgical procedures requiring an extended instrument type.
Surgical Applications
The 9 1/4″ Hardy Type Mirror may be used for neurosurgical and surgical visualization applications involving inspection and observation of anatomical structures. Specific use depends on the surgical procedure, technique, anatomical site, and preference of the clinical team.
Handling & Instrument Care
Inspect the Hardy Type Mirror before use, paying particular attention to the mirror surface and overall integrity. 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 Hardy Type Mirror appropriately to protect its working surface and prevent unnecessary contact with other instruments.
Frequently Asked Questions
1. What is the overall length of this Hardy Type Mirror?
The overall length is 9 1/4 inches.
2. What is the working end / blade or tip design of the instrument?
It features a mirror surface.
3. Is this Hardy Type Mirror curved or straight?
It features an extended configuration.
4. What is a Hardy Type Mirror used for?
It is designed for controlled surgical visualization in neurosurgical applications.
5. What clinical advantage does the extended design provide?
The extended design provides a specialized working orientation for positioning the mirror within the operative field.
6. Is this instrument suitable for neurosurgical surgery?
It may be used in neurosurgical and surgical visualization applications where an extended mirror 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 Hardy Type Mirror 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.
