Emio
A Modular Platform for Teaching Robotics
Teach Soft Robotics with Emio
Our Reconfigurable Continuum Parallel Robot
This hands-on platform provides a practical introduction to the concepts of compliant and deformable robotics.
Connected to SOFA simulation framework, this platform covers concepts such as direct and inverse deformation modeling, simulation, control, design, 3D printing and computer vision. The platform is scalable, enabling groups of students from different specialties to work together on projects.
Dimension (max)
Dimension (min)
Weight
Materials
Documents
40 x 37 x 34.5 cm
15 x 37 x 34.5 cm
4 kg
PLA, Alluminium
Info Sheet
reconfigurable
with accessories
compact
stackable
One Robot, Endless Teaching Scenarios
Enable hands-on teaching of modern robotics, control systems and simulation for Master students — all with one safe, modular robot.
Reconfigurable
Open Source
Ready-to-use teaching labs
Adapts to your curriculum
Emio was designed to bring multiple disciplines together in a single, adaptable platform. This modular robot and rich software environment adapt to your curriculum. Drastically reduce lab setup costs while teaching real-world robotics challenges, from soft actuation to feedback control.
Library of labs, projects & demos
Teach soft robotics with the original labs created by Compliance Robotics and distributed with the Emio Labs application.
Explore our GitHub repositories to access a comprehensive collection of labs and demos designed for Emio and the Emio Labs application.
Your All-in-One Educational Robotics Toolkit
Emio
Continuum parallel robot.
Low risk of breaking.
Easy to customize.
Emio Labs
Desktop application
with pedagogical materials.
4 ready-to-use Labs
& 1 Project.
Easily write your own labs.
SOFA Robotics
Simulation software based on SOFA framework.
With a GUI designed for robotics.
(included with Emio Labs)
Support
Onboarding on the platform.
Customer support.
Lab co-design.
Versatile usage
simulation only
Play with the numerical twin of Emio.
(included with Emio Labs)
robot & SIMULATION
Use the numerical twin of Emio to analyse, pilot & control the real robot.
robot only
Directly pilot the robot’s motors.
Use Emio API python package to send commands to the real device.
pip install emioapi
Compatible Labs:
– Lab Inverse Kinematics
– Lab Design
Compatible Labs:
– Lab Models
– Lab Closed Loop
– Project Pick & Place
Join the Emio community and shape the future of robotics education.
Our team can help you design a fully customized lab based on your curriculum.
150+
Masters students already trained on the Emio platform
7+
Early adopters across the world
9
Compliance Robotics team members at your service
They trust us
Compliance Robotics 