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Davis Scalp Retractor 3x3 Blunt Prongs 10mm Deep Size 4 1/2"

SKU: G29-55
Availability: In Stock

The Davis Scalp Retractor is a surgical instrument used in various surgical procedures to aid in the retraction of the scalp tissues. It is designed with three 10mm deep, blunt prongs that are 4 1/2 inches in size.

$271.06
$216.85

Davis Scalp Retractor is easy to handle, making it a preferred choice for surgeons and medical professionals. It can be sterilized and reused, ensuring its safe and cost-effective use in multiple procedures. The retractors' 10mm prongs provide sufficient retraction depth, allowing surgeons optimal visibility to perform the procedure accurately. This retractor is a reliable and efficient tool for the retraction of scalp tissues, making it an essential instrument in surgical settings. In addition, it is: 
    German Stainless Steel Made
•    Corrosion-Resistant
•    Reusable
    Non-Sterile

Additional Information

Material:Stainless Steel

The Davis scalp retractor serves as an essential tool across cranial procedures including craniotomies, neurosurgical interventions, and general surgical applications involving scalp tissue management. Its design makes it ideal for procedures requiring gentle scalp exposure while maintaining optimal visualization of the operative field during intracranial and extracranial head surgeries.

The three blunt-tipped prongs prevent tissue trauma and laceration while securing a firm grip on the scalp tissue without slippage during delicate dissection. Their atraumatic design allows surgeons to retract tissues safely without causing unnecessary injury, making them especially valuable in sensitive cranial procedures where tissue preservation remains paramount.

The 4 1/2-inch dimension works effectively for most superficial scalp exposures and moderate-length incisions commonly encountered in routine cranial procedures. However, surgeons may prefer alternative sizes for exceptionally large or small anatomical variations, as selecting appropriately-sized instruments optimizes both retraction effectiveness and patient safety.

This instrument plays a critical function in accessing the surgical site during intracranial procedures by holding back scalp and soft tissues surrounding the skull. It provides surgeons with unobstructed visualization of the operative field while protecting underlying neural structures from inadvertent damage during complex brain and spinal surgeries.

Modern scalp retractors now feature lightweight materials like titanium, curved handle designs, ergonomic finger-ring grips, and self-retaining mechanisms with ratchet-lock systems that eliminate manual holding. These innovations allow surgeons to maintain proper hand positioning and distribute force efficiently, significantly reducing forearm and hand strain during extended surgical procedures.