Robotics
By definition, an industrial robot is a universal, programmable machine for handling, assembling or processing workpieces. It is intended for use in an industrial environment and is an integral part of automation technology. After programming, the robot is able to carry out a work process autonomously and precisely. Industrial robots are used in many areas of production such as joining technology or assembly technology.
IBG develops and designs innovative robot modifications and automated processes for customer-specific applications and individual requirements. For example, a robot for narrow installation spaces with short forward and backward cycle times was implemented for the dismantling of nuclear power plants. Based on IBG's wealth of experience in the field of CFRP gripping systems and CFRP processing, an industrial robot with an extended arm made of CFRP was designed specifically for this task.
The innovative interlinking of individual production processes ensures above all a smooth internal flow of goods and the avoidance of unnecessary storage and downtimes. By using existing production facilities and integrating new components and technologies, such as a 6-axis industrial robot, the focus is primarily on economic and more efficient production.
Human-robot collaboration helps to share an industrial workspace without separating protective devices for humans and robots. The NXT LEVEL human-robot collaboration serves to (ergonomically) improve the workplace of the future and meets the requirements of smart technologies. HRC can be used wherever a lot of manual work with heavy or repetitive activities is required and high quality requirements are made. The robot can make "independent" decisions, carry out secondary activities or go on standby, so that it optimizes its work performance.
Together with the Landschaftsverbänden Westfalen (LWL) and Rheinland (LVR), IBG has developed an HRC solution for participation in working life. Equipped with a "sensitive" robot arm, a workpiece - in this case a car - can be assembled at the workstation. The robot supports the human in this process. After assembly, a quality control is carried out using an optical system.
By mobile robotics we mean the use of our automated guided vehicles, which have a wide range of applications: they are used in factories, warehouses, hospitals and other industries. Thanks to their modular design, AGVs from IBG can be flexibly adapted to customer-specific logistics tasks. Our automated guided vehicles can communicate with robots as well as automation systems and are extremely flexible in adapting to spatial conditions through autonomous, person-safe movements. Different solutions are available for controlling the AGVs, from lane-guided navigation to free navigation including obstacle avoidance.
With the help of our AGVs, internal processes are supported and the material flow is made more efficient. Whether small, medium or large transport goods, there are no limits to individualization according to the customer's requirements. Partially automated and autonomous transport solutions from IBG contribute to the optimal linking of workplaces or work steps.
In addition to the "traditional" solutions of the automation industry, we have also been developing robotic systems for advertising purposes, the event and entertainment industry for many years. Moving Technology combines a creative use of media with industrial robots to create inspiring moments by combining innovation, technology and emotion. Depending on the application, industrial robots "carry" large LED surfaces or televisions, enabling individual screens to be moved in three dimensions. IBG stages your advertising spectacularly and supports, for example, your trade fair appearances or other events. Our system can be adapted to a location, the general conditions, the purpose and the budget.
As a general contractor for customized automation solutions, one of IBG's core competencies is the modification and commissioning of robots from all leading manufacturers. With our own staff, we develop complex, individual user software and control modules for cross-sector, industrial use.
