Integrated MotionThe MOTORCORTEX Motion Control Suite is a highly innovative, fully featured high-performance motion control software suite, including a robot arm control and programming solution. The MOTORCORTEX Robot UI has a focus on collaborative robotics, but can be used for any multi-axis kinematics. MOTORCORTEX is a vast standard software stack that runs on a broad range of industrial and embedded computers, and is individually configured for a given OEM product.
On motorcortex.io you can register for a free motorcortex account and start right away to create realtime control applications in the simplest way available.
A set of building blocks for building
control systems for any type of
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A cloud-based platform that allows our users to build, deploy, configure, monitor and maintain control systems for machines and robots
Using MOTORCORTEX for robots, machines, AGVs/AMRs or generic control loops we reduce the development time, cost and shorten the time to market significantly. It is already done, you don´t need to develop
No development time because Motorcortex features of Turn-key Apps for most robotic applications. It enables fast development of custom apps because of modules and simulation capability. By using MOTORCORTEX, you get profitable faster and you can focus on your innovation, don’t spend time and risk on critical infrastructure.
No hardware vendor lock-in mimizes the risk.
your robot, AGV, AMR or Machine without developing any code, just by using easy built in apps.
Trace and manage your software deployments and machine configurations in an intuitive way.
Get immediate, high speed, secure access to all machine data.
Achieve high quality machine control software without coding and an easy-to-use-interface.
The digital twin enables parallel hardware and software development and reduces the time needed for development signifcantly.
Work simultaneously with clients or colleagues though the motorcortex.io cloud.
With a few mouseclicks you create highly interactive user Interfaces for the browser and control your application with them. Interact with your machines with free and open APIs
MOTORCORTEX is a hard-real-time Linux-based Control System for high-end industrial applications. It provides real-time control of industrial hardware over EtherCAT and a very high-performance communication layer to higher level applications, such as a User Interface or Data Analysis Tools.
MOTORCORTEX allows high-speed streaming communication directly to the webbrowser (without an intermediate server), which is a game-changer in industry. It is now possible to build highly-responsive web-applications for extremely smooth interaction with machines.
MOTORCORTEX has open API’s for all major languages like Javascript, Python and C++. This offers much more freedom than current industrial control systems and allows true Industry 4.0 applications with only a few lines of code. Communication to legacy PLC systems is supported through OPC-UA.
Communication with MOTORCORTEX is as easy as setting up a simple webpage. With a few lines of Javascript code you can connect to your machine directly and securely from any Webbrowser and exchange data at blazing speeds. No other industrial communication system is as easy to setup. MOTORCORTEX-based Applications are already setup to share all their data automatically in the Realtime-Database, so external applications or services can access the data.
MOTORCORTEX Robot is a complete application suite for any type of robot. Both Serial Mechanisms (e.g. Anthropomorphic, Scara) as well as Parallel Mechanisms (Hexapods, Delta-robots) are supported. Features include:
MOTORCORTEX Robot is Industry 4.0 from the ground up. It controls this robot in hard-realtime and is fully user-programmable. The MOTORCORTEX Motion Control Core makes sure that all the robot internal data is distributed at high speeds to connected clients. The screen in the background shows the MOTORCORTEX Robot user interface. The tablet in the foreground shows a dashboard created with MOTORCORTEX Vis and is now showing real-time power consumption of each axes individually and the overall power consumption.
