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Headquarters: Richmond, Vancouver, BC, Canada
|Advanced Medical Systems & Engineering
End-to-end medical systems engineering optimized for high-demand surgical suites, intensive care surveillance, and automated sterile processing environments.
Cable-free sterile corridors with uncompressed 4K video switching.
Continuous 64-bed surveillance with false-alarm mitigation algorithms.
Low-temperature 28-min plasma sterilization with automated traceability.
Direct bidirectional HL7 FHIR bridges for automated vitals charting.
Unified Digital Architecture for High-Acuity Surgical Suites
Our Integrated Surgical Suite architecture integrates high-resolution optical video distribution, ceiling-mounted articulated boom telemetry, sterile drape interfaces, and ambient theatre controls into a unified digital operating environment. By standardizing cable-free sterile corridors and low-latency digital video switching, surgical teams achieve maximum focus and operational efficiency.
Zero-latency uncompressed 4K video switching between laparoscopic cameras, robotic consoles, fluoroscopy, and ceiling display booms.
One-touch console reconfiguration tailoring surgical illumination, optical zoom profiles, and vital telemetry thresholds per surgical specialty.
Redundant galvanic isolation transformers and uninterrupted battery backup systems engineered for critical surgical continuity.
Real-time synchronized display of patient hemodynamic parameters directly on primary surgical visualization monitors.
Centralized ICU & CCU Patient Surveillance Architecture
Engineered for intensive care, step-down telemetry units, and post-anesthesia recovery, this solution links up to 64 continuous patient beds to centralized nurse surveillance stations. Utilizing multi-vector physiological telemetry and intelligent alarm thresholding, it provides early detection of clinical deterioration while dramatically mitigating non-actionable alarm fatigue.
Analyzes physiological trends across multiple parameters before escalating audible alarms, reducing nuisance alerts by up to 65%.
Bedside monitors detach seamlessly into lightweight transport units, maintaining continuous telemetry charting during internal patient transfers.
High-contrast multi-bed surveillance displays with automated rhythm strip analysis and customized early-warning scores.
Native HL7 FHIR interfaces continuously stream verified vitals and waveform snapshots into hospital electronic health records.
Automated Laboratory Diagnostic & Cold Plasma Decontamination Systems
Designed for central sterile supply departments (CSSD) and biomedical testing laboratories, this integrated system delivers rapid, low-temperature decontamination for delicate optical endoscopes, robotic instruments, and diagnostic fluidic assemblies. Operating without high heat or toxic chemical aeration, it protects capital equipment while ensuring stringent SAL 10^-6 sterility assurance.
Vaporized hydrogen peroxide followed by radio-frequency gas plasma eliminates spores at 45°C–55°C.
Integrated barcode tracking logs every instrument set, operator ID, and physical cycle parameter for compliance audits.
Residual sterilant is broken down into water vapor and atmospheric oxygen, requiring zero external ventilation ducts.
Ergonomic sliding racks maximize chamber capacity to handle high daily surgical turnover volumes.
Our solutions engineering group in Richmond, BC assists hospital directors, clinical engineers, and surgical teams with turnkey equipment planning and workflow optimization.