Rigel Medical Uni-Sim Lite Vital Signs Simulator

The Rigel UNI-SiM Vital Signs Simulator is an advanced, battery-powered 6-in-1 testing device designed to simulate six synchronized vital sign parameters. Ideal for hospitals, clinical engineering departments, and biomedical service teams, it enables fast, accurate testing of medical monitoring equipment across a broad range of applications.
Note: The PULS-R SpO₂ Simulator is sold separately as an optional accessory.

Overview

Combining cutting-edge technology with intuitive operation, the Rigel UNI-SiM allows users to simulate NiBP, SpO₂, ECG, temperature, invasive blood pressure (IBP), and respiration functions—all in one portable unit. This versatile simulator helps reduce testing time, minimize human error, and improve workflow efficiency. Manufacturer-specific simulation curves can be uploaded to tailor testing to specific devices. Integrated Bluetooth support and Med-eBase software connectivity streamline test management, data collection, and documentation.

Key Features

• 6-in-1 synchronized simulation of NiBP, SpO₂, ECG, temperature, IBP, and respiration
• Advanced NiBP and SpO₂ simulation technology for faster, more accurate testing
• Upload manufacturer-specific simulation curves for device-specific validation
• Bluetooth-enabled for wireless communication with accessories and software
• Compatible with Med-eBase for automated reporting, data storage, and asset management
• Battery-powered operation provides flexibility for lab, field, or mobile use
• User-friendly interface reduces setup time and operator error

Product Specifications

• Dimensions: Approx. 250 × 180 × 90 mm
• Weight: Approx. 1.8 kg
• Power: Rechargeable battery operation; charger included
• Connectivity: Bluetooth; USB for Med-eBase integration
• Test Functions: NiBP, SpO₂, ECG, Temperature, IBP, Respiration
• Compatibility: Works with manufacturer-specific simulation curves
• Compliance: Designed for global medical device safety and performance standards

Ideal For

• Hospitals and patient monitoring system maintenance
• Clinical and biomedical engineering departments
• Medical device quality control and verification teams
• Service and calibration companies
• Educational and training institutions for clinical simulation
• Mobile field service and point-of-care testing environments