The Kennerdell Maroon Dissector 6 3/4″ 2.5mm Dia is a specialized microsurgical instrument designed for delicate dissection and controlled tissue separation in orbital and fine anatomical procedures. Developed in line with advanced orbital surgical techniques associated with James S. Kennerdell, this instrument is widely used in ophthalmic, orbital, and skull base surgery where precision and atraumatic handling are essential.
The instrument features a 2.5mm diameter rounded working tip designed for gentle and controlled blunt dissection of soft tissues. The compact tip size allows surgeons to navigate narrow orbital spaces, separate delicate connective tissue, and develop precise anatomical planes with minimal trauma. Its atraumatic design makes it especially suitable for procedures involving sensitive neurovascular and ocular structures.
The 6 3/4″ shaft provides excellent control and maneuverability in confined surgical fields. Its moderate length allows precise handling while maintaining stability during fine dissection in orbital and periocular regions. This makes it ideal for procedures requiring accuracy in tight anatomical corridors.
The instrument’s smooth, rounded working end ensures safe tissue separation while reducing the risk of inadvertent injury. It is particularly effective for dissecting within orbital fat, periosteal layers, and delicate fascial planes where controlled blunt dissection is required.
Manufactured from premium surgical-grade stainless steel, the Kennerdell Maroon Dissector offers excellent durability, corrosion resistance, and long-term performance. It is fully autoclavable and designed to maintain its structural integrity and tip precision through repeated sterilization cycles. The maroon color coding allows easy identification among microsurgical instrument sets.
The ergonomically balanced handle ensures a secure and comfortable grip, allowing surgeons to perform fine dissection with enhanced tactile feedback and reduced hand fatigue. Its lightweight design supports precise control during prolonged microsurgical procedures.
The Kennerdell Maroon Dissector 6 3/4″ 2.5mm Dia is widely used in ophthalmic plastic surgery, orbital surgery, ENT procedures, and skull base microsurgery. It is particularly valuable for orbital decompression, tumor dissection, fat mobilization, and delicate tissue plane development.
Key Features
- 2.5mm rounded atraumatic dissection tip
- 6 3/4″ shaft for controlled microsurgical access
- Designed for delicate orbital and soft tissue dissection
- Excellent tactile feedback and precision control
- Atraumatic design minimizes tissue injury
- Color-coded maroon identification for quick selection
- Ergonomic lightweight handle reduces fatigue
- Corrosion-resistant and fully autoclavable
- Suitable for ophthalmic, orbital, and skull base surgery
- Optimized for fine tissue plane development
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | Kennerdell Maroon Dissector 6 3/4″ 2.5mm Dia |
| Material | Surgical Grade Stainless Steel |
| Instrument Type | Orbital / Microsurgical Dissector |
| Tip Diameter | 2.5mm |
| Length | 6 3/4 inches |
| Usage | Blunt dissection, orbital tissue separation, microsurgical manipulation |
| Reusability | Reusable |
| Sterilization | Autoclavable |
| Finish | Satin / Matte with color-coded maroon marking |
| Application | Ophthalmic surgery, orbital surgery, ENT, skull base surgery |
FAQs
1. What is the Kennerdell Maroon Dissector used for?
It is used for delicate orbital and microsurgical dissection, especially in ophthalmic and skull base procedures.
2. Why is the 2.5mm tip important?
The 2.5mm tip allows precise and atraumatic dissection in narrow orbital and soft tissue spaces.
3. What does “Maroon” refer to?
It refers to color coding for easy identification within surgical instrument sets.
4. Is it suitable for orbital surgery?
Yes. It is commonly used in orbital decompression and periocular soft tissue dissection.
5. What material is it made from?
It is made from surgical-grade stainless steel for durability and repeated sterilization.

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