Brain Spatulas

This double‑ended Davis brain spatula features 22mm and 25mm ends with an overall length of 203mm for controlled intracranial tissue manipulation.

Features & Benefits

• Double‑ended design increases versatility
• 22mm and 25mm ends provide size options
• 203mm length improves balance
• Suitable for intracranial manipulation

This Davis-type brain spatula protects the cortex while a deeper structure such as the dura, ventricle, or vascular plane is approached. The 1-inch (25.4mm) blade width distributes retraction force evenly across the cortical surface to reduce parenchymal injury, and the 7-inch (178mm) length seats the spatula on the cranial frame while keeping the surgeon's hand clear. Stainless‑steel construction holds the malleable‑style profile through repeat sterilization.

Features & Benefits

• 25.4mm blade width distributes cortical retraction
• Straight 7‑inch (178mm) body seats on the cranial frame
• Geometry protects cortex during deep neuro work
• Stainless‑steel build endures repeat reprocessing

Built at 38.1mm width, the Davis‑type brain spatula presents the widest standard malleable blade in the Davis family for major neurosurgical exposures. The wider blade displaces larger volumes of cortical tissue while remaining gentle on the underlying surface.

Features & Benefits

• 38.1mm widest malleable blade for major brain retraction
• Bends to required angle at the field
• 178mm length keeps handle clear of craniotomy
• Stainless construction supports repeat reprocessing

The Davis‑type brain spatula at 31.8mm width carries a malleable blade on a 178mm body, sized for moderate‑to‑wide brain tissue retraction during neurosurgical exposure. The blade bends to the chosen angle at the field, holding cortical surfaces back without crushing.

Features & Benefits

• 31.8mm malleable blade for moderate brain retraction
• Bends to required angle at the field
• 178mm length keeps handle clear of craniotomy
• Stainless construction supports routine reprocessing

Sized at 12.7mm, the Davis‑type brain spatula is the narrowest standard malleable blade in the Davis family, suited to the most focal neurosurgical retraction where minimal cortical displacement is wanted. The 178mm length keeps the handle clear of the craniotomy.

Features & Benefits

• 12.7mm narrowest malleable blade for focal retraction
• Bends to required angle at the field
• 178mm length keeps handle clear of craniotomy
• Stainless construction supports repeat reprocessing

The Davis brain spatula (6.3mm width, 178mm length) gently separates dura and brain parenchyma during cerebral exposure and tumor dissection. Its slender, straight blade follows natural tissue planes without causing bruising or excessive retraction. The handle design provides controlled, tactile feedback during microscopic neurosurgical work near eloquent cortex.

Features & Benefits

• 6.3mm width suits fine brain tissue separation
• Straight 178mm shaft for direct neuroanatomic approach
• Spatula blade distributes pressure across tissue planes
• Stainless‑steel construction resists repeated sterilization cycles

The 19mm Davis‑type brain spatula carries a narrower malleable blade than the wider variants, sized for focal neurosurgical retraction where a smaller working face is wanted. The 178mm length keeps the handle clear of the craniotomy, and the blade bends to the chosen retraction angle.

Features & Benefits

• 19mm narrow malleable blade for focal retraction
• Bends to required angle at the field
• 178mm length keeps handle clear of craniotomy
• Stainless construction supports routine reprocessing

The Davis brain spatula (9.5mm width) provides broader tissue contact for controlled dural elevation and ventricular exposure during intracranial procedures. At 178mm, the straight profile maintains excellent visibility along the surgical axis while protecting underlying structures. The wider footprint distributes retraction force across the meningeal and cortical surfaces.

Features & Benefits

• 9.5mm width expands soft tissue contact surface
• Straight 178mm design maintains axial visibility
• Broader blade distributes retraction pressure evenly
• Stainless‑steel durability spans repeated use cycles

The Davis brain spatula delivers a broad 16mm blade geometry optimized for white matter dissection and cortical surface retraction during microsurgical approaches to the cerebral hemispheres. Its straight shaft provides direct visualization along the sulcal planes, while the 178mm length enables deep access without restricting surgical field sight lines. The flat blade profile minimizes trauma to adjacent gyri during manipulation.

Features & Benefits

• 16mm flat blade for broad cerebral cortex retraction
• 178mm length for deep gyral dissection access
• Straight geometry supports white matter plane separation
• Stainless steel durability across repeated surgical use

The nickel‑silver brain spatula at 12.7mm width on a 178mm body delivers atraumatic neurosurgical retraction with the malleability and biological inertness of nickel silver. The narrow blade suits focal retraction where minimal cortical displacement is wanted.

Features & Benefits

• 12.7mm narrow blade for focal cortical retraction
• Nickel‑silver construction is biologically inert
• Malleable shaft bends to required angle at the field
• 178mm length keeps handle clear of craniotomy

The Rhoton medium spatula dissector offers versatile blade surface for both fine dissection and broad dural elevation during cerebral and brainstem exposure. Its straight 191mm working length maintains tactile feedback and visibility in confined cranial and spinal fields. The flat blade distributes force evenly across delicate tissue planes, supporting atraumatic separation of white matter, sulci, and gyri.

Features & Benefits

• Medium blade size for versatile dissection tasks
• Straight 191mm geometry for midline work
• Flat surface supports broad dural elevation
• Stainless‑steel durability across multiple reprocessing cycles

Sachs nerve separator combines a narrow blade geometry with straight shaft design for precise dissection and separation of spinal nerve roots and cranial nerves from surrounding dural attachments. The 197mm length reaches deep within the spinal canal during laminectomy procedures, while the thin tip permits delicate nerve-root mobilization without compression. Reliable edge retention supports repeated microsurgical separation.

Features & Benefits

• Narrow blade for fine nerve root dissection and mobilization
• 197mm length enables deep spinal canal access
• Straight shaft separates dura from nerve root without crushing
• Stainless steel edge retention for repeated surgical work