Medtronic MR8™ Large Bore Straight Attachment, 14 cm (USED)

The Medtronic MR8™ Large Bore Straight Attachment offers precise cutting, a 14 cm reach, and seamless compatibility with MR8™ motors, ensuring efficiency and control in surgical procedures.

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$1,050.00

Product Description

The Medtronic MR8™ Large Bore Straight Attachment, 14 cm (SKU: MR8-AS14) is a high-precision surgical tool designed for efficient cutting and drilling in neurosurgical and orthopedic procedures. Its 14 cm straight design provides extended reach and enhanced control for surgeons.

Featuring a large bore design, it allows compatibility with larger burrs, improving efficiency during procedures. Built with high-quality materials, it ensures durability and long-term reliability. The attachment seamlessly integrates with Medtronic MR8™ high-speed motors, offering consistent power and precision. Its ergonomic, lightweight design minimizes fatigue, while the quick and secure attachment mechanism simplifies setup and operation. Designed for easy cleaning and sterilization, this attachment is an essential tool for precision surgical applications.

FeatureDescription
ModelMedtronic MR8™ Large Bore Straight Attachment, 14 cm
SKUMR8-AS14
ApplicationsDesigned for high-precision cutting and drilling in neurosurgical and orthopedic procedures.
Length14 cm straight attachment for enhanced reach and control.
Bore SizeLarge bore design for improved efficiency and compatibility with larger burrs.
PerformanceDelivers consistent power and precision for optimal surgical outcomes.
CompatibilitySeamlessly integrates with Medtronic MR8™ high-speed motors and accessories.
Ergonomic DesignLightweight and well-balanced for improved handling and reduced fatigue.
DurabilityConstructed with high-quality materials to ensure long-term reliability.
Ease of UseQuick and secure attachment mechanism for efficient setup and operation.
SterilizationDesigned for easy cleaning and compatibility with standard sterilization protocols.
Safety FeaturesEngineered for controlled operation, ensuring surgeon precision and patient safety.