Description
Medtronic Midas Rex MR8 High-Speed Drill System
The Medtronic Midas Rex MR8 is a next-generation high-speed surgical drill system engineered for unmatched power, precision, and versatility in neurosurgery, spine, ENT, and cranial procedures. Combining ergonomic design with cutting-edge motor technology, the MR8 delivers superior control and performance — ensuring surgeons can operate with maximum confidence and accuracy.
Designed to support a wide range of surgical applications, the Midas Rex MR8 offers high torque and exceptional reliability while maintaining low noise and vibration levels. Its modular design accommodates a variety of attachments and tools, making it one of the most flexible and efficient powered surgical systems available today.
Key Features:
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High-Power, Low-Noise Motor – Provides smooth, precise cutting performance across multiple surgical disciplines.
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Ergonomic Handpiece Design – Lightweight and balanced for improved handling and surgeon comfort.
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Quick-Connect Attachments – Compatible with a broad range of Midas Rex Legend tools and accessories.
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Variable Speed Control – Offers precise adjustment for bone and tissue applications.
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Durable, Reliable Construction – Built for longevity and consistent performance in demanding surgical environments.
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Powered by Medtronic Efficiency – Seamless integration with Medtronic consoles and accessories.
Applications:
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Neurosurgery and spine surgery
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Cranial and skull base procedures
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ENT and otologic surgery
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Orthopedic and trauma surgery
Technical Highlights:
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Motor type: Pneumatic or electric (model dependent)
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Speed: Up to 75,000 RPM
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Compatible systems: Midas Rex Legend® attachments and tools
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Power source: Medtronic Integrated Console (MIC II)
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Design: Ergonomic, autoclavable handpiece
Why Choose the Medtronic Midas Rex MR8:
The MR8 sets a new benchmark in powered surgical performance — combining strength, precision, and comfort in one compact system. Trusted by surgeons worldwide, it delivers the control and consistency required for the most delicate and complex procedures.





