MS200 NIBP Simulator for Oscillometric Blood Pressure Monitors

The MS200 NIBP Simulator is a purpose-built test instrument designed for precise calibration and validation of oscillometric non-invasive blood pressure monitors. With a compact, straightforward design and an integrated pump, it delivers up to 400 mmHg (53.3 kPa) of programmable pressure for comprehensive dynamic simulations, static calibration, and rigorous valve and leak testing. Whether you’re in a biomedical engineering lab, hospital QA department, or medical device manufacturing setting, the MS200 makes NIBP testing fast, repeatable, and deeply informative.

Key capabilities that set the MS200 apart

• Integrated pump and multi-test engine — generates pressure, performs leak testing, and tests relief valves all from one device, eliminating the need for external pumps or add-ons.
• Dynamic NIBP simulations for arm and wrist cuffs — realistic pressure profiles that mirror real-world cuff measurements across different sites and configurations.
• Comprehensive patient-condition library — adult, neonate, and eight detailed patient scenarios, plus user-defined simulations for tailored testing.
• Arrhythmia and respiratory artifact simulations — evaluate monitor robustness against irregular heartbeats and breathing-related signal distortions.
• Built-in air chamber to accurately simulate both adult and neonate cuffs, enhancing realism and repeatability.
• Visual clarity and data at a glance — 4.3" LCD with 65k colors displays peak vs. real-time pressures, leak rates, and test status in real time.
• Versatile measurement and test functions — includes pressure gauge testing, leak testing, and relief valve testing to validate overall monitor performance.

Why the MS200 delivers real-world value

Calibration and validation of oscillometric NIBP monitors demand accuracy, repeatability, and scenario variety. The MS200 delivers all three with concrete, interpretable results:

• Accurate, traceable results – static pressure accuracy is specified with clear tolerances, and the device reports exact deviations between target and actual pressure across the full range.
• Efficient workflow – all essential tests and simulations are accessible in one instrument, reducing setup time and data fragmentation.
• Versatile use cases – from routine QA in clinical settings to rigorous device development and regulatory-style validation, the MS200 covers it all.
• Future-proof testing – with a broad library of predefined BP scenarios (including healthy, stressed, elderly, tachycardic, and bradycardic states) plus neonate capabilities, you can reproduce a wide spectrum of real patient conditions.

Technical specifications at a glance

• 50–400 mmHg (static range) with 1 mmHg resolution
• 0–300 mmHg: ±0.5% of reading ±1 mmHg; 301–400 mmHg: ±2% of reading
• < 2 mmHg per minute, minimum test volume 300 cc
• ±10 mmHg from 100–400 mmHg (at minimum 300 cc volume)
• up to 400 mmHg with peak and real-time pressure display; leak rate shown after ~10 seconds
• arm and wrist, with adult and neonate air chamber integration
• predefined adult, pediatric, and neonatal conditions; eight variations plus user-defined profiles
• Premature Atrial Contraction, Premature Ventricular Contraction, Atrial Fibrillation, and PVCs
• Spontaneous breathing modes and controlled ventilation
• 4.3" LCD, 65k colors

Ideal use scenarios

• Biomedical engineering labs performing routine calibration, maintenance, and accuracy verification of oscillometric NIBP monitors
• Hospitals conducting QA/QC programs to ensure consistent patient safety and device performance
• Medical device manufacturers validating prototypes and performing end-to-end BP monitor testing
• Educators and training facilities simulating a wide range of patient conditions for teaching clinical measurement techniques

How the MS200 compares to typical testing setups

The MS200 consolidates multiple testing functions into a single, purpose-built instrument, reducing the complexity and variability that come with multi-device test rigs. Its built-in pump, comprehensive BP simulations, and real-time measurement displays enable faster troubleshooting, clearer pass/fail criteria, and more reproducible results than fragmented test setups that rely on separate pressure sources, tees, and adapters.

Practical tips for maximum impact

• Use the predefined BP scenarios to quickly verify routine monitor accuracy across common clinical states.
• Leverage the neonate cuff simulations to validate pediatric devices and ensure safe performance across age groups.
• Combine dynamic arm and wrist cuff simulations with arrhythmia and respiratory artifacts to assess monitor resilience to motion and signal irregularities.
• Periodically run automated leak and relief valve tests to catch creeping leaks or valve degradation before they impact measurements.

With the MS200 NIBP Simulator, you gain a rigorous, scalable, and user-focused solution for validating oscillometric blood pressure monitors—from bench testing to bedside QA. Its precise pressure generation, diverse simulation library, and integrated testing capabilities help you deliver reliable readings, elevate device confidence, and accelerate your testing workflows.