Simulate Real Medical Procedures Before They Happen
We help medical device companies and healthcare teams test, train, and validate procedures using realistic simulation environments.
Bridging the Gap Between
Lab Testing and Clinical Reality
Developing and validating medical devices involves significant cost, time, and uncertainty. Most devices are tested in simplified lab setups or directly in costly and risky real-world environments.
HumanX provides realistic, controllable simulation environments that allow you to test, train, and validate procedures before they happen.
From Concept to
Realistic Simulation
Every device and application is different. That’s why
we work closely with your team to define the right simulation approach—based on your device, your procedure, and your goals.
From initial concept to fully functional simulation setup, we create environments that reflect real-world conditions and deliver measurable value in testing, training, and validation.
Trusted by Leading Medical Device Companies
Selected clients and collaboration partners
With over 20 years of experience in medical simulation and training, we bring proven expertise from hundreds of custom-built models and simulators developed in close collaboration with leading MedTech companies, hospitals, and research institutions.
Proven experience in device testing and simulation
Realistic and application-specific environments
Used globally in R&D, training, and product demonstration
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No — we provide the systems that enable simulation in your own environment.
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Cadaver and animal models provide biological realism but are limited, costly, and not easily repeatable.
Our simulation environments offer a controllable, reusable, and application-specific alternative, allowing you to test and train under consistent conditions without regulatory or logistical constraints. -
Yes. Every simulation environment is tailored to your specific device, procedure, and objectives.
We design and build setups that reflect your real-world application as closely as possible. -
Yes. Our systems are frequently used by medical device companies for realistic and compelling product demonstrations in training, sales, and marketing environments.
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Case-related training models are usually shipped within 48 hours.
Development time for more complex training systems and simulators ranges from a few weeks to a few months, depending on complexity.
We work closely with your team to define scope early and deliver a functional setup as efficiently as possible.
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80% of our products are manufactured in the USA in the State of Florida. The remaining 20% are provided by our partners in Europe and Asia.
FAQ
Example Simulation Setups
Device Testing Environments
Test and refine devices before
clinical validation
Our systems are modular and tailored to specific applications. Below are examples of typical simulation setups used for testing, training, and validation.
Pre-Operative Training Models
Prepare complex procedures using patient-specific anatomy
Procedure Training Setups
Enable repeatable, hands-on training under realistic conditions
Let’s Discuss Your Application
Every device and procedure is different. We’re happy to explore how a realistic simulation setup can support your specific use case.
News
01/15/2026
The Redesigned Flowbox ONE Is Here
We are proud to announce the launch of the redesigned Flowbox ONE, the latest evolution of our compact pulsatile pump system.
Originally introduced in 2019, the Flowbox ONE has now been fully updated to meet today’s training and demonstration requirements. The new generation features a new user interface and control app, an external pressure sensor for measurements at specific points of interest, and rear-mounted CPC quick connectors for easier integration of vascular models.
A new user interface and app provide intuitive system control, real-time data visualization, and streamlined data capture, bringing the Flowbox ONE fully in line with the current Flowbox ecosystem.
With its compact design and enhanced functionality, the new Flowbox ONE remains an ideal solution for medical training, device demonstrations, and benchtop flow simulation.