VB Spine to acquire SpineHawk Platform, expanding intraoperative visualization portfolio

VB Spine LLC announced Thursday that it has agreed to acquire the SpineHawk platform from Robotron Surgical Technologies, adding intraoperative spinal visualization capabilities and an expanded software roadmap aimed at technology-enabled spine care.

The deal brings to VB Spine a set of visualization-enabled spinal instruments, software-based intraoperative image recognition technology and related intellectual property. SpineHawk was developed by Robotron Surgical Technologies, which has focused on advanced spinal endoscopy systems and AI-powered visualization tools.

SpineHawk is designed to integrate into existing spine surgery workflows and provide surgeons with direct intraoperative visualization during key steps of a procedure. The platform draws on Robotron’s experience in spinal endoscopy and is intended to work with standard operating room monitors.

VB Spine said the initial SpineHawk offering is expected to include single-use visualization-enabled instruments and a high-definition camera console, with targeted sales planned for 2026 following U.S. Food and Drug Administration clearance. Future development phases are expected to include AI-enabled software features, such as image analysis designed to assist surgeons by identifying relevant anatomical structures in the surgical field in real time.

“This acquisition aligns with our strategy to expand VB Spine’s portfolio with differentiated technologies that support surgeons in the operating room,” said Marc Viscogliosi, co-CEO of VB Spine. “The SpineHawk platform complements our existing spine solutions and supports our long-term roadmap to redefine spine care.”

“We developed the SpineHawk platform to move beyond passive visualization toward intelligent, data-assisted spine surgery,” said Dr. Kris Siemionow, CEO of Robotron Surgical Technologies. “VB Spine is well positioned to advance this technology within a broader commercial spine portfolio.”

Following the transaction, VB Spine will assume ownership of the acquired assets and intellectual property. Robotron Surgical Technologies will provide engineering support to help expand the SpineHawk platform and extend VB Spine’s capabilities across workflow, software and adjacent product categories over time.

Advances in technology-enabled spine care

The acquisition reflects broader trends shaping the spine surgery sector, where technology is increasingly focused on improving visualization, precision and intraoperative decision-making. Over the past several years, spine care has seen rapid adoption of tools that allow surgeons to better see and interpret anatomy during procedures, particularly as surgeries become more minimally invasive.

High-definition cameras, endoscopic systems and enhanced lighting have improved surgeons’ ability to visualize complex spinal structures through smaller incisions. These advances are often paired with single-use or disposable instruments designed to streamline workflows, reduce setup time and support consistent performance across cases. Integration with standard operating room equipment has also become a priority, allowing new technologies to be adopted without major infrastructure changes.

Artificial intelligence and machine learning are playing a growing role in this evolution. Image recognition algorithms are being developed to analyze intraoperative video feeds in real time, highlighting anatomical landmarks, differentiating tissue types and potentially alerting surgeons to structures at risk. While many of these capabilities are still in development or early clinical use, they signal a shift from passive imaging toward more data-assisted surgical environments.

Software platforms are also expanding beyond visualization to address broader procedural workflows. This includes tools that support preoperative planning, intraoperative guidance and post-procedure analysis, with the goal of improving consistency and outcomes across surgeons and care settings. Cloud-based updates and modular software roadmaps allow new features to be added over time as regulatory approvals are secured.

Together, these advances point to a spine care landscape that is increasingly defined by integrated systems rather than standalone devices. As healthcare systems emphasize efficiency, safety and outcomes, technology-enabled spine solutions are expected to play a larger role in supporting surgeons and standardizing care in the operating room.