Scientific research is often the most demanding validation environment for any technology.
Unlike commercial applications, research projects push components to their limits, requiring precision, repeatability, reliability and measurable performance. Technologies selected by leading universities and research institutions are rarely chosen by chance.
Today, Tekceleo is proud to announce the launch of its new Research & Publications section, bringing together peer-reviewed scientific publications that reference or use our technologies.
Explore the complete publication database here:
https://www.tekceleo.com/research-and-publications/
The page currently features more than 44 peer-reviewed publications from over 30 research institutions across 12 countries, covering applications ranging from MRI-compatible robotics and aerospace systems to aerosol science, drug delivery and contamination control.
Why Research Publications Matter
For engineers, researchers and OEM developers, scientific publications provide a level of technical validation that traditional marketing claims cannot offer.
Peer-reviewed studies demonstrate how a technology performs in real-world experimental environments, often under constraints that exceed those encountered in commercial applications.
The growing number of publications involving Tekceleo technologies reflects the versatility and reliability of our solutions across multiple disciplines.
Rather than presenting isolated laboratory demonstrations, these publications document years of independent work conducted by research teams worldwide.
Wavelling® Ultrasonic Motors in Advanced Robotics
One of the strongest research domains represented in our publication database is MRI-compatible robotics.
Conventional electromagnetic motors are difficult to use inside MRI scanners because of strong magnetic fields and imaging constraints. Ultrasonic motors provide an attractive alternative thanks to their non-magnetic operation, compact design and high precision.
Researchers from institutions including UC Berkeley, National Taiwan University and University College London have integrated Tekceleo Wavelling® motors into advanced robotic systems designed for MRI-guided interventions and medical procedures.
These projects demonstrate how ultrasonic actuation enables precise motion control where conventional motor technologies simply cannot operate.
Discover our ultrasonic motor technology:
https://www.tekceleo.com/wavelling-ultrasonic-motors/
Micronice® Nebulizers Supporting Aerosol Science
Aerosol generation remains a critical topic in many scientific fields including:
- inhalation studies;
- respiratory research;
- air quality monitoring;
- environmental sciences;
- microbiology;
- contamination control.
Researchers require aerosol generators capable of producing stable and repeatable droplet populations while preserving the integrity of sensitive formulations.
This is precisely where Micronice® vibrating mesh technology has gained recognition.
Several publications referenced in our database utilize Tekceleo nebulizers to generate controlled aerosols for advanced scientific investigations.
Learn more about our aerosol generation solutions:
https://www.tekceleo.com/aerosol-generator/
From Research Laboratories to Industrial Applications
One of the most interesting aspects of these publications is how closely they align with industrial challenges.
Many innovations that begin in academic laboratories eventually become commercial products, industrial equipment or medical devices.
The same characteristics valued by researchers are often those sought by industrial developers:
- repeatability;
- precision;
- compactness;
- energy efficiency;
- integration simplicity;
- long-term reliability.
This connection between scientific research and industrial deployment is central to Tekceleo’s development philosophy.
Our technologies are designed not only for experimentation but also for successful transition into OEM products and operational systems.
Research Fields Covered
The publication database currently includes work in areas such as:
- MRI robotics;
- medical robotics;
- aerospace systems;
- aerosol science;
- drug delivery;
- contamination control;
- ventilation studies;
- environmental monitoring;
- industrial process development.
These applications illustrate the broad range of challenges that ultrasonic actuation and controlled aerosol generation can solve.
Accelerating Innovation Through Collaboration
At Tekceleo, we believe innovation emerges through collaboration between researchers, engineers and industrial partners.
Many of the projects featured in our publication database began as technical discussions around a specific challenge requiring capabilities unavailable through conventional technologies.
Whether the need is precise motion in a magnetic environment or controlled aerosol generation without heat or pressure, our objective remains the same: providing enabling technologies that help innovators move faster.
Explore the Research Database
The new Research & Publications page is designed as a living resource that will continue to grow as new scientific work is published.
If you are evaluating technologies for a research project, developing a new product or simply exploring the possibilities of ultrasonic motion and aerosol generation, we invite you to discover how researchers worldwide are using Tekceleo technologies.
→ Explore all publications:
https://www.tekceleo.com/research-and-publications/
→ Discover Wavelling® Ultrasonic Motors:
https://www.tekceleo.com/
→ Discover Micronice® Electronic Nebulizers:
https://www.tekceleo.com/electronic-nebulizers/
