Actuation Parameter Design Studies
Human actuation studies ground in-vitro testing in real-world behavior, making results more relevant, reliable, and actionable.
Why It Matters
Automated actuation ensures consistency—but how do you define those parameters? Human actuation studies capture real-world human behavior to form the foundation for robust spray characterization method development.
What We Measure
Using proprietary equipment with precision sensors, we quantify how users actuate your product. These insights identify issues such as under-actuation, misfiring, or incorrect orientation that can impact performance and patient outcomes. Output parameters include:
Stroke length
Actuation and return stroke velocity
Actuation and return stroke acceleration
Hold time
Ergonomic Influence
How people actuate your device isn’t uniform—and it matters. Human actuation shapes performance in real, measurable ways:
Age
Strength and dexterity change over time, impacting actuation force and control.
Dexterity
Grip, coordination, and hand mobility influence consistency and success rate.
Cognitive Ability
Understanding device operation affects timing, technique, and reliability.
Benefits
Real-World Insights
Capture natural human variability for more representative testing.
Vereo Integration
Bridge human and automated testing for precision and consistency.
Enhanced Quality Control
Build QC methods that reflect actual usage, guided by Proveris by Design™.
Automation Parameters
Establish validated profiles to improve reproducibility and reduce variability.
Improved Product Design
Develop user-friendly, reliable devices based on real use data.
Turn Human Insights into Reliable Testing and Better Devices
Contact Proveris Labs to learn how our human actuation studies and Proveris by Design™ approach can define robust, real-world actuation parameters, optimize device performance, and strengthen your spray characterization methods.