BrainLab Vario Reference Arm Multi-Articulated Arm, 52001F REF 52816

$180.00

Clean and in excellent confition. Good threads and locking articulations. 

Comes as shown.

Hassle-Free Warranty

Manufacturer Description

The BrainLab 52001F Vario Reference Arm is a precision-engineered, multi-articulated component designed for use with BrainLab Image-Guided Surgery (IGS) systems. This Vario arm serves as the critical link between the patient reference array and the surgical table or Mayfield headframe. Its multi-jointed design allows for maximum maneuverability, enabling surgeons to position reference markers outside the physical surgical field while maintaining a clear line of sight for the infrared navigation cameras. Constructed with high-grade materials, the 52001F ensures rigid stability once locked, preventing intraoperative shifts that could compromise navigation accuracy.

Technical Specifications

  • Model Number: 52001F
  • Articulation: Multi-axis spherical joints for 360-degree positioning
  • Locking Mechanism: Single-handle central tensioning for simultaneous joint fixation
  • Material: Medical-grade stainless steel and lightweight aluminum alloys
  • Attachment: Standard BrainLab star-link / quick-release interface
  • Value-Add: Features ultra-low-profile joints to minimize bulk in the sterile field and high-torque locking capability for zero-drift performance during lengthy procedures.

System Compatibility

The 52001F Vario Arm is compatible with a wide range of BrainLab Neurosurgery and Orthopedic platforms, including:

  • BrainLab Curve Navigation Station
  • BrainLab Kick Navigation System
  • BrainLab VectorVision (Classic and II)
  • Standard Mayfield and Cranial stabilization clamps via BrainLab adapters

Applications

Designed specifically for high-precision surgical environments:

  • Neurosurgery: Rigidly holding reference frames for cranial biopsies, tumor resections, and DBS lead placement.
  • Spinal Surgery: Stabilizing dynamic reference frames during pedicle screw placement and vertebral registration.
  • ENT/Craniofacial: Providing flexible yet stable referencing for sinus and skull-base navigation.