Integrated platform
Technology Platform for Spine Surgery
Integration of solutions that elevate safety, precision, and operational consistency in every surgical procedure.
What we solve
Every spine procedure involves multiple technologies. Fragmenting across providers generates risk, delays, and hidden costs.
Neurological safety
Real-time monitoring that reduces the risk of intraoperative neurological injury and increases surgical team confidence.
Technology standardization
One point of contact for multiple OR technologies. Consistent protocols, less variability, better outcomes.
Operational continuity
Scheduling, rescheduling, and immediate response. Equipment and technology are ready when the surgeon needs them.
Increased per-procedure value
Complementary solutions that increase revenue per surgery by integrating technologies previously contracted separately.
Spine solution stack
Each technology integrates with the others to form a coherent platform centered on the surgical procedure.
Intraoperative Neuromonitoring
CADWELL
Real-time neurophysiological monitoring during spine surgery. Early detection of neurological risk through motor evoked potentials, somatosensory evoked potentials, and continuous electromyography. Active patient safety at every critical moment of the procedure.
- Motor and somatosensory evoked potentials
- Continuous EMG and pedicle screw stimulation
- Real-time alerts for surgeon and anesthesiologist
Biportal Endoscopic Surgery (UBE)
Technology infrastructure
Complete infrastructure for biportal unilateral technique: optics, light source, irrigation system, specialized instrumentation, and OR configuration. We enable the surgeon to adopt minimally invasive technique with comprehensive support.
- High-definition optics and LED light source
- Irrigation and fluid management system
- Specialized instrumentation for decompression and fusion
Plasma Energy
Low-temperature cutting and coagulation
Plasma technology at lower temperatures for precise cutting and coagulation near critical neurological structures. Less thermal damage to surrounding tissue compared to conventional electrocautery. Ideal for spine procedures where proximity to the spinal cord and nerve roots demands maximum precision.
- Lower temperature vs. conventional electrocautery
- Precision near critical structures
- Reduced collateral thermal damage
Milling, vision, and critical consumables
Procedure continuity
High-speed motors for bone milling, surgical visualization systems, and specialized consumables that complete the platform. We ensure no procedure stops due to a missing critical component.
- High-speed precision milling motors
- Visualization and magnification systems
- Specialized consumables for operational continuity
How we operate
Our execution model ensures every procedure is supported from start to finish.
Planning with the surgical team
Pre-procedure meeting with surgeon and anesthesiologist to define technology requirements, equipment configuration, and case-specific neuromonitoring protocol.
Preoperative configuration
Equipment checklist, functionality verification, monitor calibration, and consumable preparation. Everything ready before the patient enters the OR.
Intraoperative support
BOMED technical staff present in the OR operating the neuromonitor, assisting with technology, and resolving any technical contingency in real time.
Documentation and traceability
Postoperative report, lot tracking, monitoring documentation, and full traceability in compliance with COFEPRIS regulations.
Discover the complete platform
Schedule a presentation to explore how the BOMED technology platform can integrate into your spine surgery practice.