

U-SIM
The world's first Whole Body Ultrasound Simulator integrated with an ECMO Simulator
Ultrasound Training in ECMO Redefined.​
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At the heart of U-SIM lies our belief in empowering healthcare professionals with tools that mimic real-world scenarios, fostering confidence, precision, and skill mastery in life-critical procedures. We understand the significance of ECMO simulation training and the growing need for an advanced ultrasound solution that bridges the gap between traditional methods and cutting-edge innovation. U-SIM was developed to revolutionise medical training by delivering an unmatched, realistic, and fully customisable ultrasound simulation experience, enhancing patient care and safety outcomes worldwide.

ECMO Ultrasound Training has never
been easier.

What U-SIM Delivers.
U-SIM is the culmination of innovation and practicality, offering a transformative training tool that blends cutting-edge features with an intuitive design.
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Realism: High-fidelity ultrasound images replicate real-life patient scenarios.
Adaptability: Configurable training options meet the diverse needs of healthcare professionals.
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Comprehensive ECMO Training: U-SIM enhances the E-SIM Pro simulator, making it the only solution worldwide to integrate realistic ultrasound training into ECMO procedures.
How U-SIM works.
U-SIM harnesses state-of-the-art technology to transform ultrasound training into a seamless, immersive experience.
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Touchscreen Display with U-SIM App: A user-friendly interface acts as the central hub for simulation activities.
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Realistic Ultrasound Probe and Access Points: Physical probes interact with strategically placed Access Points on the E-SIM Pro simulator, displaying lifelike ultrasound images on the screen.
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Customisable Scenarios: Users can create new Modes and Scenarios by uploading unique ultrasound videos, tailoring the experience to specific training goals.
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Integration with E-SIM Pro: When paired with our E-SIM Pro 2, U-SIM elevates ECMO training by combining cannulation, perfusion, troubleshooting, and ultrasound simulation.