The Neurosurgery Davis Brain Spatula Mall Stainless Steel, 7″, 1¼″ Wide is a specialized neurosurgical instrument designed to provide gentle, controlled, and stable retraction of delicate brain tissue during complex cranial procedures. Developed for professional neurosurgeons, this precision instrument supports improved visualization of the surgical field while helping minimize unnecessary pressure on sensitive neurological structures. Its 1¼-inch wide blade, balanced 7-inch length, and high-quality stainless steel construction make it an essential tool for modern neurosurgical instrument collections.

Featuring an overall length of 7 inches and a 1¼-inch wide working blade, the Davis Brain Spatula offers an excellent balance between broad tissue support and precise surgical control. The wider blade surface allows for even distribution of retraction pressure, reducing localized stress on brain tissue while maintaining a stable operative corridor. This design is especially beneficial during procedures requiring consistent tissue positioning and enhanced surgical exposure.

The Davis Brain Spatula design provides surgeons with reliable performance during delicate brain tissue manipulation. The smooth, atraumatic blade surface allows controlled elevation, separation, and retraction of neural tissues while supporting careful preservation of surrounding anatomical structures. The 1¼-inch width provides sufficient coverage for stable support while remaining versatile enough for accurate placement in various cranial surgical approaches.

Manufactured from premium surgical-grade stainless steel, the Neurosurgery Davis Brain Spatula Mall Stainless Steel, 7″, 1¼″ Wide delivers exceptional strength, corrosion resistance, and long-term clinical durability. The high-quality stainless steel construction maintains the instrument’s precision and structural integrity through repeated surgical procedures and sterilization cycles. Its polished finish provides a smooth surface that supports efficient cleaning and meets modern operating room sterilization requirements.

The atraumatic working blade features smooth edges designed to reduce tissue irritation during surgical manipulation. The broad profile helps distribute force evenly across the retracted area, allowing surgeons to achieve effective exposure without excessive pressure on delicate neural tissue. This makes the instrument suitable for procedures where controlled retraction and tissue protection are critical.

The ergonomically designed handle provides a comfortable and secure grip, improving surgeon control and tactile feedback during complex procedures. The balanced 7-inch design allows precise movements while reducing hand fatigue during lengthy operations. This ergonomic construction supports accurate positioning and stable handling throughout demanding neurosurgical interventions.

The Neurosurgery Davis Brain Spatula Mall Stainless Steel, 7″, 1¼″ Wide is commonly used in cranial and neurological procedures including craniotomy, brain tumour resection, aneurysm clipping, cerebrovascular surgery, skull base surgery, trauma surgery, neurovascular procedures, and microsurgical applications. Its broad blade design makes it particularly useful when stable brain tissue retraction and improved operative visibility are required.

Designed for repeated professional use, this neurosurgical spatula is fully reusable and compatible with standard steam autoclave sterilization protocols. The corrosion-resistant stainless steel construction ensures reliable performance and extended service life, making it suitable for hospitals, neurosurgical centres, teaching institutions, and specialized operating theatres.

The Neurosurgery Davis Brain Spatula Mall Stainless Steel, 7″, 1¼″ Wide combines precision engineering, durable materials, and ergonomic functionality to provide dependable performance in advanced neurosurgical procedures. It delivers controlled tissue retraction, enhanced surgical exposure, and reliable handling for surgeons performing delicate cranial and microsurgical operations.

Key Features

• Designed for gentle and controlled brain tissue retraction
• 1¼-inch wide blade provides stable tissue support and balanced pressure distribution
• 7-inch overall length offers excellent maneuverability and surgical control
• Smooth atraumatic blade surface helps minimize tissue trauma
• Broad working area improves stability during retraction
• Manufactured from premium surgical-grade stainless steel
• Ergonomic handle enhances grip and tactile feedback
• Balanced construction reduces hand fatigue during extended procedures
• Corrosion-resistant finish ensures long-lasting durability
• Fully reusable and compatible with steam autoclave sterilization
• Polished surgical finish supports easy cleaning and maintenance
• Suitable for cranial surgery, microsurgery, and neurovascular procedures

Product Specifications

FAQs

1. What is the Neurosurgery Davis Brain Spatula 7″ with 1¼″ wide blade used for?

The Davis Brain Spatula is used for controlled brain tissue retraction and gentle manipulation during cranial and microsurgical procedures to improve surgical access while protecting delicate neural structures.

2. What is the advantage of the 1¼-inch wide blade design?

The 1¼-inch wide blade provides increased tissue support and helps distribute retraction pressure evenly, allowing stable positioning during complex neurosurgical procedures.

3. What material is the Davis Brain Spatula made from?

The instrument is manufactured from premium surgical-grade stainless steel, providing excellent strength, corrosion resistance, durability, and repeated sterilization capability.

4. Is the Neurosurgery Davis Brain Spatula reusable?

Yes. It is a reusable surgical instrument designed for repeated steam autoclave sterilization while maintaining its precision, finish, and structural performance.

5. Which procedures commonly use the Davis Brain Spatula?

The instrument is commonly used during craniotomy, brain tumour surgery, aneurysm clipping, skull base procedures, cerebrovascular surgery, trauma surgery, and other neurosurgical procedures requiring controlled brain tissue retraction.