Advanced, high-accuracy testing solutions engineered for complete performance verification of Electrosurgical Units (ESUs). Accurately test high-frequency (HF) power output, HF leakage current, and Return Electrode Monitoring (REM / CQM) to international safety standards.
Rigel Medical electrosurgical analyzers lead the global biomedical industry in safety, accuracy, and portable efficiency.
Step-by-step graphical instructions walk biomedical engineers through complex multi-mode electrosurgical testing protocols seamlessly.
Accurate measurement up to 8 Amps RMS with wide-band frequency capability (up to 5 MHz) for advanced vessel-sealing generators.
Compact, lightweight, and rugged design with full color display screen and easy menu navigation designed specifically for field service.
Aragon Africa provides local sales, biomedical user training, firmware updates, and certified calibration across West Africa.
Comprehensive hardware, adapters, software, and calibration solutions for electrosurgical safety compliance.
High-current ESU analyzer capable of testing all major monopolar and bipolar generators with integrated load curves and REM testing.
Specialized non-inductive variable load boxes, connection cables, return pad test adapters, and current transformers.
Comprehensive reporting software for generating automated PDF test certificates, managing test sequences, and logging assets.
ISO-certified calibration, preventative maintenance, user training, and field support provided directly by Aragon Africa engineers.
Standardized 5-step electrosurgery verification process using the Rigel Uni-Therm analyzer.
Connect active monopolar, bipolar, and return electrode leads from the ESU to the Uni-Therm load terminals.
Choose pre-programmed automated test sequences matching your ESU generator manufacturer manual.
Trigger the ESU footswitch to measure high frequency power output across variable load curves (0-5100Ω).
Sweep return electrode monitoring load resistance to confirm patient contact quality monitor alarms trip.
Download stored test logs wirelessly or via Bluetooth to MED-eBase software for PDF certificate printing.
Electrosurgical Units (ESUs) use high-frequency (300 kHz to over 3 MHz) electrical currents to cut, coagulate, desiccate, or fulgurate tissue during surgery. Because high RF energy passes directly through or near the patient’s body, inaccurate power delivery or faulty isolation can cause severe third-degree patient burns, surgical fires, or operator shock.
Mandates rigorous, periodic testing of high-frequency power output accuracy, high-frequency leakage currents to ground, and active return electrode contact quality monitoring (REM/CQM).
Measures RMS current, voltage, and power across user-selected non-inductive loads to verify generator output calibration.
Measures stray RF currents flowing to earth ground from active and neutral patient leads to prevent stray tissue burns.
Simulates dual-foil neutral plate impedance changes to ensure the generator automatically disables output if contact degrades.
Sweeps resistance loads from 0 to 5100 Ohms to plot the ESU power distribution curve across diverse tissue types.
Who relies on Rigel electrosurgery analyzers across Ghana and West Africa?
Operating room ESU safety maintenance
Preventative maintenance & quality assurance
Independent medical equipment servicing
ESU production line quality control
Standards compliance verification labs
Request datasheets, application notes, user manuals, software utilities, or video guides from our technical team.
In-depth technical papers on testing monopolar, bipolar, and CQM circuits to IEC standards.
Detailed technical specifications, power load ratings, and dimensions for Uni-Therm.
Software updates, custom test profile sequence templates, and license information.
Step-by-step practical video demonstrations for connecting ESU cables and running REM alarm sweeps.
Get clear answers about electrosurgery testing standards, analyzer capabilities, and local support in West Africa.
Electrosurgical generators output high RF currents capable of cutting human tissue. If power delivery degrades, surgeons may apply excessive power, or if return electrode monitoring fails, patients can suffer severe electrical burns at the neutral pad site. Routine testing ensures patient and clinical operator safety.
Rigel Medical recommends annual (12-month) calibration intervals for the Uni-Therm analyzer to ensure measurement accuracy remains certified to factory specifications. Aragon Africa provides local calibration support across Ghana and West Africa.
Equip your biomedical engineering team with industry-leading Rigel electrosurgery testing solutions. Request a quotation or consult our local technical experts today.
Fill out the form below to receive pricing, custom package configurations, or technical advice for Rigel Electrosurgery analyzers in West Africa.
Accra, Ghana
sales@aragonafrica.com