Precision Engineering
Potential application: Semiconductor lithography & high-precision CMM metrology
Reduced vibrations provide the stability needed for precise measurements and reliable manufacturing processes.
Through its magnetic operating principle in combination with advanced, individually adapted control, vibrations can be reduced by up to 99.99%.
Magnetic Suspension
The wear-free architecture mechanically isolates the newborn from the vehicle. No wobbling, no drifting, no constant correction by personnel.
Real-Time Control
Sensors capture acceleration, and the control system compensates for it within milliseconds — even during turbulence or on rough roads.
Modular & vehicle-independent
Can be integrated as an add-on module into existing incubators, stretchers, and vehicles — from ambulance to helicopter, also outside the vehicle.
Measurable Reduction
In sensitive transport environments, vibrations can increase mechanical force exposure, affect the stability of transported systems, and contribute to staff fatigue. AVIS can reduce vibration input by up to 99.99% in defined test scenarios – in real time and for demanding transport environments.
Case Study
We measure what has often remained invisible.
In collaboration with MedCare Visions GmbH, Munich Fire Department, the German Heart Center, and TUM, we conducted a realistic simulation of a neonatal transport — including patient handover, incubator transfer, and drive through Munich city center.
This pilot project enabled one of the first continuous real-time vibration recordings with a sampling rate of 25 kHz during a complete neonatal transport. Significant dynamic forces were measured on all axes.
Vibrations and mechanical loads are relevant factors in the transport of sensitive systems and goods. Measuring and reducing them can help optimize transport conditions and better control mechanical exposure.
“Muniqo Performante’s system addresses the need for optimization in reducing mechanical stress during neonatal transport through a technically sophisticated approach. It can help reduce transport-related vibrations while simultaneously enabling them to be measured and documented in a traceable manner.”— Dr. med. Mathias Klemme, Institute for Emergency Medicine and Medical Management (INM), LMU Munich
Application Areas
Precision Engineering
Potential application: Semiconductor lithography & high-precision CMM metrology
Reduced vibrations provide the stability needed for precise measurements and reliable manufacturing processes.
Photonics
Potential application: Laser beam stabilization & optical tables
Stable positioning of optical components supports precise beam guidance and reliable operation of optical setups.
Quantum Technology
Potential application: Cryostat vibration isolation for QPUs
Sensitive quantum systems benefit from a low-vibration environment to enable stable and reproducible measurements and computing operations.
Aerospace
Potential application: Stabilization of optical payloads for satellite communication and Earth observation
For optical payloads, stable operating conditions can support the precision and reliability of satellite communication and Earth observation.
| Criterion | Standard Stretchers | Muniqo Transport Platform |
|---|---|---|
| Shock Absorption | Minimal (static foam/rubber) | Active, adaptive decoupling |
| Transport Stability | Driver-dependent | Real-time stabilization |
| Noise & Vibration Load | High – no isolation | Low – dynamic damping |
| Workflow Integration | Manual workarounds | Plug & Play into existing processes |
| Data Logging (for QI) | Not available | Automatically included |
| Reduction of Mechanical Force Exposure | Not addressed | Quantifiable reduction |
Note: AVIS is described as a technical platform for vibration isolation and measurement data acquisition. Statements on this page refer to mechanical force exposure and vibration data, not to medical diagnosis, treatment, or clinical outcomes.
Ready for the Next Step
Talk to our team — we'll show you how AVIS can be integrated into your operation, and guide you from the first conversation to commissioning.
Get in Touch →