Mizuho OSI 5855-319 Center Support Board Surgical Table Accessory Mount Bracket

Mizuho OSI 5855-319 Center Support Board Surgical Table Accessory Mount Bracket

• Model: 5855-319
• Compatibility: Designed to integrate with the Mizuho OSI 5855 Orthopedic Trauma Top and related Modular Table System platforms that use modular accessories for positioning, traction, or support.
• Function: Acts as a load-bearing platform for positioning boards
• Installation: Mounts directly to tabletop support structure using OEM attachment points

The Mizuho OSI 5855-319 Center Support Board Surgical Table Accessory Mount Bracket is a precision-engineered component that enhances the structural integrity and versatility of your Mizuho OSI surgical table setup. Designed as part of the Orthopedic Trauma Top (5855) modular system, this center support board mounting solution provides a secure and dependable platform for positioning boards and orthopedic accessories during trauma, lower extremity, and complex surgical procedures. Its rugged construction ensures consistent stability in high-demand operating room environments.

Integrating seamlessly with Mizuho OSI’s Modular Table System, the 5855-319 accessory bracket enables clinicians to build customized support configurations that improve surgical access and procedural efficiency. Whether used to anchor positioning boards or to provide a central mounting point for auxiliary components, this center support board enhances overall table functionality and adaptability. Its OEM-grade design ensures compatibility and reliable performance with a wide variety of surgical table attachments.

Ideal for hospitals, trauma centers, and orthopedic surgical suites, the Mizuho OSI 5855-319 Center Support Board Mount Bracket is an essential accessory for facilities that depend on precise patient positioning and modular table adaptability. By providing a stable core support structure, this accessory contributes to improved procedural workflow, greater accessory integration flexibility, and enhanced surgeon confidence during complex cases.