Description
Aspen Kerrison Cervical Thin Footplate Rongeur is designed for precision and reliability in neurological spine surgery. If you need a dependable instrument for delicate cervical procedures, this tool supports confident outcomes. Surgeons and surgical teams benefit from the 40° up angle and slim 2 mm tip, making it ideal for intricate spinal work.
- 40° Up Angle – Facilitates access in tight cervical spaces, supporting precise surgical movements.
- 2 mm Thin Footplate – Enables fine bone removal, giving you better control during delicate procedures.
- 8 in Length – Offers extended reach for deeper surgical fields, enhancing your comfort and efficiency.
- Reusable Design – Built for repeated use, helping you maintain consistency and value in your surgical set.
- Latex-Free Construction – Reduces allergy risks for patients and staff, providing peace of mind in the OR.
Precision Surgical Rongeur for Spine Procedures
This specialized rongeur is engineered for neurological and spine surgeries where accuracy is critical. The 40° up angle and 2 mm tip width allow for careful bone removal in cervical procedures. Its 8 in length supports access to deeper anatomy, while the latex-free, reusable build ensures safety and cost-effectiveness. Designed for surgeons who require both control and reliability, this instrument helps you perform with confidence in demanding clinical settings.
Features and Benefits
Specialized Surgical Performance
- Standard Kerrison Design – Trusted by surgeons for years, ensuring familiar handling and reliable outcomes.
- Variety of Sizes and Finishes – Available in multiple bite sizes and lengths to suit different procedures and preferences.
Enhanced Access and Control
- 40° Up Angle – Improves maneuverability in cervical spine surgeries for precise bone removal.
- Thin 2 mm Footplate – Allows for delicate work in tight anatomical spaces, supporting surgical accuracy.
Durability and Safety
- Reusable Construction – Designed for repeated sterilization and use, supporting long-term value.
- Latex-Free Material – Minimizes risk of allergic reactions for both patients and staff.
Product Specifications
Dimensions and Design
- Length: 8 in (20.3 cm)
- Tip Width: 2 mm (0.2 cm)
- Angle: 40° Up
Materials and Safety
- Latex-Free: Yes
- Lifespan: Reusable
Surgical Application
- Surgical Specialty: Neurological Surgery
- Anatomy: Spine
Explore More: See all Rongeurs | Shop more Aspen Products
Reliable Performance for Demanding Procedures
Choose this cervical thin footplate rongeur for its proven design and adaptability in spine surgery. The reusable, latex-free construction and precise tip help you deliver consistent results. Compared to generic rongeurs, this model offers enhanced access and control for complex procedures, giving you confidence in every case.
- Trusted Kerrison Design – Familiar handling supports efficient workflow and reliable performance.
- Thin Footplate Advantage – 2 mm tip enables delicate bone removal, improving surgical precision.
- Reusable and Latex-Free – Reduces costs and allergy risks, supporting safe, sustainable practice.
- Enhanced Maneuverability – 40° up angle allows for better access in challenging cervical anatomy.
Manuals and Troubleshooting Guides
Frequently Asked Questions (FAQs)
What is the tip width of this rongeur?
The tip width is 2 mm, allowing for precise bone removal in cervical procedures.
What angle does the footplate have?
The footplate is angled at 40° up, supporting access in tight surgical spaces.
Is this rongeur reusable?
Yes, this instrument is designed for repeated sterilization and use.
Is the product latex-free?
Yes, it is constructed without latex to minimize allergy risks.
What surgical specialty is this rongeur intended for?
This rongeur is intended for neurological surgery, specifically for spine procedures.
What is the length of the instrument?
The rongeur measures 8 in, providing extended reach for surgical access.
Are different sizes or finishes available?
Yes, a variety of bite sizes, lengths, and finishes are offered to suit different procedures.
