Luvis Orthopedic Traction Frame

Orthopedic traction frame engineered for stable, precise lower-limb alignment during orthopedic procedures. Features modular components, radiolucent sections, and durable stainless-steel construction for improved workflow and imaging access.

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Description

Precision-balanced orthopedic traction system engineered for stable intraoperative alignment.

The Luvis Orthopedic Traction Frame is designed to provide controlled, reliable lower-limb traction support during orthopedic procedures, ensuring accurate alignment, stable positioning, and wide imaging access throughout surgery. Engineered with premium stainless-steel components, radiolucent extensions, and compatibility with Luvis surgical tables, the system enables seamless integration into fracture management, hip reduction, and intramedullary nailing workflows. Its multi-component architecture—including traction rods, boots, calf support elements, and extension bars—provides robust adjustability while maintaining biomechanical stability. With a quick-mount interface and smooth locking mechanisms, the traction frame enhances surgical precision, reduces repositioning time, and maintains secure immobilization for improved clinical outcomes.

Key Features & Technical Highlights

• Modular traction structure — supports a wide range of orthopedic procedures.
• Radiolucent extensions — optimize C-arm visibility and imaging access during surgery.
• Precision traction rods — enable controlled limb alignment and fine positioning adjustments.
• High-strength stainless-steel construction — ensures long-term durability and load stability.
• Quick-mount interface — reduces setup time and improves OR efficiency.
• Multi-point boot and support system — enhances patient comfort and secure immobilization.
• Smooth mechanical locking — prevents drift and maintains traction accuracy throughout the case.
• Full compatibility with Luvis surgical tables — integrates seamlessly into existing workflows.

Workflow & Clinical Use

The traction frame streamlines orthopedic workflows by providing stable, adjustable limb support that speeds setup, enhances imaging efficiency, and improves surgical precision with minimal repositioning.