Ciros Robotics -
: Users don't just program a robot; they assemble complete work cells, including CNC milling machines, assembly stations, and linear axes. Precision Modeling CIROS Studio
: Users can perform offline programming in various manufacturer languages (such as Mitsubishi’s Melfa Basic) and validate controller programs for PLCs (Programmable Logic Controllers). Open Learning
As Ciros Robotics continues to push the boundaries of what is possible with robotics, the company is poised for significant growth and expansion. With a strong focus on research and development, Ciros Robotics is committed to delivering innovative solutions that cater to the evolving needs of industries. Some of the key areas that the company is expected to focus on in the future include:
CIROS (Computer Integrated Robot Simulation) is a powerful 3D simulation software environment developed by Festo Didactic ciros robotics
: Use the IRL (Industrial Robot Language) script for sequence control that works across all robot brands.
Today, continues this legacy as an "industrially tested, extremely powerful platform for creating and using 3D simulation models for automation technology," and even supports external simulation controllers via MATLAB, Python, and EtherCAT.
Ciros Robotics is reshaping industrial inspections with compact, rugged autonomous robots that navigate complex indoor environments to collect high-quality visual and sensor data. Their platforms enable safer, faster, and more consistent inspections across facilities like power plants, manufacturing floors, and warehouses. : Users don't just program a robot; they
CIROS is widely used in both the industrial sector and educational settings to bridge the gap between theory and practice. Industrial Applications
Standing 5'3" (160 cm) and weighing 330 pounds (150 kg), this robot was designed to help around the home. It was equipped with advanced sensors for its time, including stereoscopic cameras and a 3D IR sensor akin to Microsoft’s Kinect, which it used to recognize objects and navigate kitchens. It could identify common appliances like microwaves and refrigerators and even load and unload a dishwasher. Its development was a collaborative effort involving top Korean institutions, including Seoul National University and KAIST, representing the country's cutting-edge robotics capabilities in the early 2010s.
Once the physical layout is modeled, the story shifts to logic. Multilingual Capability : CIROS supports various programming languages, such as MELFA BASIC V With a strong focus on research and development,
CIROS is widely used in technical education for its "open learning environment".
The feature integrates a comprehensive middleware layer for industrial automation. It bridges the gap between high-level cognitive decision-making AI and low-level hardware control. The suite focuses on deterministic execution , physics-based simulation , and interoperability with existing factory hardware.
: Simulates automated systems using a discrete-time kernel (updating every 40 milliseconds) to precisely replicate physical motion mechanics.
Beyond simple pick-and-place tracking, CIROS models advanced surface treatment processes and physical interactions. It features automated calculation engines that determine complex tool trajectories directly across CAD workpiece surfaces. This capability allows accurate modeling of coating intensity, industrial painting, sandblasting, and automated paint-stripping with real-time pseudo-color heat maps. Step-by-Step: Setting Up Your First CIROS Robotics Project
CIROS is split into specialized licenses to cater to different user needs:
