Neurosurgery intraoperative nerve monitoring system Cynapse IONM

spine surgeryENT surgery

Product overview
The Cynapse IONM records multiple neural modalities (SEP, MEP, EMG, VEP, BAEP, EEG, TOF, etc.) during surgery to detect adverse changes in real time and support corrective action and intraoperative guidance.

Key features

• 16/32‑channel amplifier with high input impedance and low noise design; includes one extra low‑current stimulation port and a 9‑channel stimulation box for complex protocols.
• Supports 16+ measurement modalities (EMG, MEP, SEP, BAEP, VEP, EEG, TOF, pedicle screw monitoring) for spinal, neurosurgical and ENT procedures.
• Integrated consumables set engineered for anti‑interference performance to maintain waveform clarity in the OR environment.
• All‑in‑one consumables and an intuitive interface to reduce setup steps and intraoperative handling time.

Clinical benefits

• Single‑platform versatility: consolidates multiple monitoring modalities to avoid equipment fragmentation during multi‑modal procedures.
• Reliable signal acquisition: high CMRR, high input impedance and anti‑interference consumables support low‑noise, high‑fidelity waveforms for intraoperative interpretation.
• Workflow efficiency: simplified setup and dual‑screen real‑time feedback reduce preparation time and the risk of manual errors.
• Surgical guidance: features such as automatic pedicle screw monitoring and one‑click templates support intraoperative decision making.

NCC Solutions

• For surgeons: automatic pedicle screw monitoring, one‑click templates and dual‑screen real‑time feedback to integrate monitoring into the surgical workflow.
• For hospital management/procurement: cost‑effective IONM option with 1–3 month technician training, 1‑year warranty and NeuGuard remote support.
• For distributors: consumables‑driven revenue models, technical training and after‑sales support to facilitate market growth.

Technical specifications

• Measurement range: 20 μV – 70,000 μV, tolerance ≤ ±10%
• CMRR: ≥ 120 dB
• Input impedance (DIFF): ≥ 200 MΩ
• Noise voltage: < 2.0 μV p‑p (low cut 0.2 Hz, high cut 200 Hz)
• Input impedance (COM): ≥ 3000 MΩ
• Stimulation frequency: 0.01 Hz – 100 Hz, error ≤ ±10%
• Pulse width: 25 μs – 1000 μs, error ≤ ±10%
• Pulse frequency: 1 Hz – 1000 Hz, error ≤ ±10%