As a key component of automation for businesses, robotics paves the way for new technologies and opportunities - but also presents workers with new challenges in skills and operation.
Collaborating robots are robots that work hand in hand with humans and are therefore not separated by protective devices in industrial use.
In a CP Lab facility, for example, a UR5 performs handling and assistance tasks in interaction with learners.
With the goal of allowing humans and robots to work more closely together and dispense with protective fences, sophisticated safety concepts and a deep understanding of the applicable standards are require
Human-robot collaboration unites with artificial intelligence
Collaborating robots are an important feature, especially in Industrie 4.0, as the trend is toward ever smaller batch sizes. In an operation largely devoid of safety fences, depending on the type of collaboration, robots can thus support employees in manual tasks. However, this not only has implications for the workplaces of the future - but also for training.
That's why we already offer flexible solutions on the subject of collaborative robots that can be combined with learning factories or other robot systems. Or expand the robots with artificial intelligence - two trend topics of digitalization in one learning system!
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Handling robots are industrial robots. Their arm is composed of several interconnected joints, which can then guide grippers or tools. Integrated in a learning system, different industrial applications can be learned such as handling, assembly, loading a production machine or quality monitoring.
Function
The Robot Vision Cell provides the optimal learning environment for robotics and vision. The clearly arranged pallets and storage areas make it easy and efficient to work with the cell. Different tasks such as palletizing, assembling or welding (simulated) can be realized with the cell.
Structure
The robot cell is completely built on an aluminum profile plate. The robot controller is clearly arranged in the base frame. The station is equipped with a main switch and an additional control panel. The safety concept of the cell includes doors with safety switch and emergency stop pushbutton.
Robot options
The cell can be equipped with different robot systems.
Learning contents for project work
Mechanics:
Sensor technology:
Image processing:
Communication with higher-level control systems
Safety engineering:
Robotics:
Recomended learning media
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Function
Based on the basic version of the MPS Station Robot and the two modules Robot Handling and Robot Assembly, this expansion stage is created for the introduction to industrial robotics. The predecessor station feeds the basic bodies of the pneumatic cylinder to be assembled to the robot via a chute. The robot determines the orientation of the base bodies and places them in the assembly fixture in the correct position. It removes the piston from the pallet and mounts it in the base body. Controlled magazines feed the piston spring and the cylinder cover to the robot. The fully assembled pneumatic cylinder is deposited on a chute.
Topic Handling and assembly
In many industrial applications, robots handle and assemble workpieces and modules. Getting to know these fields of application is essential for getting started in robotics.Developed in accordance with EU Machinery Directive 2006/42/EC in compliance with DIN EN 60204-1 and DIN EN ISO 12100
e-Learning content
Other robotics learning and research systems:
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Contact us for your individual offer or further consultation