Brainlab VectorVision Navigation ENT Instrument Set

• 41790-4  1650-02-30
• 2031-02-03-41790-3
• 1296-01-151-41790_1
• 1211-02-085-41790_2
• 0669-05-020-41780-5D
• 1148-02-015-41877
• 1148-02-009-41877
• 1282714022-41874B

The Brainlab VectorVision Navigation ENT Instrument Set is a comprehensive and clinically essential surgical navigation toolkit designed to support advanced ENT procedures with real-time anatomical guidance. Perfect for otolaryngology teams in hospitals and surgical centers, this instrument set is engineered to integrate seamlessly with Brainlab’s VectorVision navigation platform, allowing surgeons to correlate live instrument position to preoperative imaging with exceptional precision. This enhanced navigational support helps improve surgical accuracy and confidence during functional endoscopic sinus surgery (FESS) and other delicate ENT interventions.

Constructed from premium, medical-grade components, the VectorVision ENT Instrument Set includes an array of calibrated pointers, reference arrays, adapters, and navigation-ready surgical tools that provide stable, reliable tracking throughout operative workflows. Each element of the set is designed to interface with the VectorVision system’s optical or electromagnetic tracking modules — providing clinicians with dynamic feedback and visual guidance on high-resolution displays. This system-ready instrument set empowers surgical teams to navigate complex anatomy more confidently, reducing the risk of errors and enhancing procedural outcomes.

Ideal for ENT surgeons, surgical technologists, and clinical procurement professionals, this Brainlab instrument set elevates the capabilities of any operating room focused on minimally invasive and image-guided procedures. By combining the precision of Brainlab’s VectorVision navigation technology with a curated selection of ENT-specific instruments, the Brainlab VectorVision Navigation ENT Instrument Set delivers the performance and adaptability required in today’s demanding surgical environments. Its robust design and interoperability make it a valuable investment for facilities prioritizing cutting-edge navigation support and improved patient care.

These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.