Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″

The Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″ is a premium neurosurgical instrument specifically engineered to provide safe, controlled, and atraumatic retraction of delicate brain tissue during complex cranial procedures. Designed to meet the demanding standards of modern neurosurgery, this precision brain spatula enables surgeons to maintain optimal surgical exposure while minimizing pressure on sensitive neural structures. Its compact concave blade profile, balanced design, and superior craftsmanship make it an essential instrument for neurosurgical, neurovascular, and microsurgical applications.

Featuring an overall length of 7¼ inches and a 7mm × 9mm concave blade, the Neurosurgery Olivecrona Spatula is ideally suited for delicate retraction in confined operative fields. The concave blade is specifically shaped to cradle and support brain tissue, distributing retraction pressure evenly while helping to reduce focal compression. This anatomical contour provides stable tissue support and allows surgeons to maintain a clear operative corridor without compromising surrounding neurological structures.

Manufactured from premium surgical-grade stainless steel, the Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″ offers outstanding mechanical strength, corrosion resistance, and long-term durability. The high-quality stainless steel construction withstands repeated surgical use and sterilization while maintaining its precise shape and polished finish. Its smooth surface glides gently over delicate tissue, supporting atraumatic handling throughout intricate neurosurgical procedures.

The 7mm × 9mm concave blade is carefully polished with rounded, atraumatic edges to minimize tissue irritation and enhance patient safety. The smaller blade size provides exceptional precision when operating in narrow surgical corridors, making it particularly valuable during microsurgical procedures that require meticulous tissue handling. The concave profile improves stability during retraction while helping maintain consistent exposure of deep anatomical structures.

The ergonomically balanced handle provides surgeons with excellent tactile feedback and a secure, comfortable grip throughout prolonged procedures. The lightweight construction enhances manoeuvrability and allows precise instrument positioning with minimal hand fatigue. Whether used independently or with neurosurgical retractor systems, the instrument delivers dependable performance and precise control in demanding surgical environments.

The Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″ is widely used during craniotomy, brain tumour excision, aneurysm surgery, cerebrovascular procedures, skull base surgery, epilepsy surgery, neurovascular decompression, trauma surgery, and other microsurgical neurosurgical interventions. It is also suitable for selected spinal neurosurgical procedures where gentle neural tissue retraction is required. Its precision design makes it an indispensable instrument in hospitals, neurological institutes, teaching hospitals, and specialised neurosurgical centres.

The polished stainless steel finish facilitates efficient cleaning and supports compliance with modern infection control protocols. The instrument is fully reusable and compatible with standard steam autoclave sterilization, maintaining its structural integrity, corrosion resistance, and functional performance after repeated sterilization cycles. This ensures dependable long-term service and outstanding value in high-volume surgical practices.

Designed for professional neurosurgeons and microsurgical specialists, the Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″ combines precision engineering, ergonomic functionality, and durable construction. It delivers reliable brain tissue retraction, enhanced operative visibility, and exceptional control, making it an essential component of advanced neurosurgical instrument sets.

Key Features

• Designed for gentle and atraumatic brain tissue retraction
• 7mm × 9mm concave blade provides stable and controlled tissue support
• 7¼-inch overall length offers excellent surgical reach and precision
• Concave blade profile evenly distributes retraction pressure
• Smooth, rounded edges help minimise tissue trauma
• Manufactured from premium surgical-grade stainless steel
• Ergonomic handle enhances grip, comfort, and tactile feedback
• Lightweight, balanced construction reduces hand fatigue
• Corrosion-resistant finish ensures long-term clinical durability
• Fully reusable and compatible with steam autoclave sterilization
• Polished surface supports efficient cleaning and infection control
• Ideal for neurosurgery, cranial microsurgery, skull base surgery, and neurovascular procedures

Product Specifications

FAQs

1. What is the Neurosurgery Olivecrona Spatula 7x9mm, Concave, 7¼″ used for?

It is used for gentle brain tissue retraction during neurosurgical procedures, providing stable exposure while protecting delicate neural structures.

2. What are the benefits of the concave blade design?

The concave blade cradles brain tissue and distributes retraction pressure evenly, reducing localized compression and helping minimise tissue trauma during delicate surgical procedures.

3. Why is the 7mm × 9mm blade size advantageous?

The compact 7mm × 9mm blade provides excellent precision in narrow operative corridors, making it ideal for microsurgical and deep cranial procedures that require controlled tissue retraction.

4. Is the Neurosurgery Olivecrona Spatula reusable?

Yes. The instrument is fully reusable and compatible with standard steam autoclave sterilization, ensuring long-term durability and reliable clinical performance after repeated sterilization cycles.

5. Which surgical procedures commonly require this instrument?

The Olivecrona Spatula is commonly used during craniotomy, brain tumour resection, aneurysm surgery, cerebrovascular procedures, skull base surgery, epilepsy surgery, neurovascular decompression, trauma surgery, and other microsurgical neurosurgical procedures requiring precise and atraumatic brain tissue retraction.