Research environments demand flexibility, precision, and reliability to explore new ideas and validate cutting-edge technologies. Robotic actuators play a central role in this process, enabling scientists and engineers to quickly prototype, test, and refine advanced systems across a wide range of disciplines.

In research applications, actuators must combine accuracy with versatility, supporting both lightweight experimental setups and complex robotic platforms. They need to deliver repeatable motion control while allowing seamless integration with sensors, electronics, and custom hardware. Durability and ease of use are also crucial, as research often requires long operating hours and frequent reconfigurations.

Key challenges in Research

Precise and repeatable motion control

Adaptability to diverse prototypes and setups

Reliability under intensive experimental use

Often reconfigurations and support for a wide range of applications

MA Series for Research

MA Series actuators are designed to support the flexibility and precision required in modern research. Their modular architecture and wide range of options allow seamless integration into both small-scale prototypes and complex robotic systems. With robust mechanics, high accuracy, and flexible control interfaces, they provide researchers with the tools to bring new concepts to life quickly and reliably.

Wide range of customization options of MA-p Planetary actuators and MA-h Harmonic actuators includes precise torque and position control, reduction ratio variants, possibility to equip additional output encoders or electromagnetic brakes, as well as possibility to integrate an actuator with an IP66 sealed case. Different combinations provide different results, adjusted to specific academic projects.

MA-hs actuators with a hollow shaft in the middle guarantee better flexibility, with the ability to pass wires, hoses, sensors or other components through the actuator. This solution provides better space efficiency and more simple integration, leaving the room for implementing new ideas.

The direct connection between load and motor in MA-d direct drive actuators enables precise control of motion and torque, this way enhancing accuracy and helps in achieving required results. Their short response time and high dynamics allow them to quickly respond to user's interactions, replicate a touch sensation or provide accurate and consistent feedback.

Haptic feedback devices

Biomimetic locomotion

Human-robot interaction

AI-controlled devices

What's yours?

Example Use Cases

In our research, we push the boundaries of technology to enhance human mobility and reduce physical strain through wearable robotics. To achieve this, we need components that are not only high-performing but also extremely reliable. MAB Robotics has proven to be an exceptional supplier - their drives have consistently performed at a high level, and the team has been responsive and easy to work with.