Yasargil Leyla Self Retaining Brain Retractor Description:
Overview
The Yasargil Leyla Self Retaining Brain Retractor is a specialized neurosurgical instrument designed to provide precise and stable retraction during delicate brain surgeries. Perfect for complex intracranial procedures, this retractor is widely trusted by neurosurgeons globally for its flexibility and reliability. Its innovative two-arm system and fixation base allow for secure support of flat brain spatulas, ensuring optimal exposure while minimizing risk to surrounding tissues.
Key Features
- Engineered for Neurosurgery: Designed for intracranial procedures, offering stable retraction for optimal brain exposure during complex surgeries.
- Flexible Two-Arm System: The retracting arms are highly flexible, offering the surgeon maximum control and precision to reach deep areas of the brain without causing injury.
- Premium Stainless Steel Construction: Constructed from non-magnetic, durable stainless steel that ensures longevity and reliability in demanding surgical environments.
- Ball and Socket Joints: These allow for multidirectional movement, giving surgeons full control over the retractor, regardless of the surgical angle.
- Easy Setup and Adjustments: The flexible arms and fixation mechanism enable quick setup and effortless retraction adjustments during surgery.
Included Components
The Yasargil Leyla Self Retaining Brain Retractor set includes the following components to ensure a complete and efficient brain retraction solution:
Quantity | Description |
---|---|
2 | Fixation Base for 1 & 2 Flexible Arms |
2 | Flexible Arm |
2 | Support for Flat Brain Spatulas |
1 | Ball and Socket Joint for Fixation on Operating Table |
1 | Holding Rod for Fixation |
1 | Coupling Head |
1 | Wooden Box |
Unmatched Quality and Precision
The Yasargil Leyla Self Retaining Brain Retractor is crafted to meet the highest standards in neurosurgical instrumentation, offering unmatched precision and ease of use. Its advanced design ensures stability, flexibility, and durability during intricate brain surgeries, making it an essential tool for neurosurgeons aiming for optimal outcomes.
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