Gripping technology

Based on many years of experience in the implementation of production systems in almost all areas of industry, IBG develops customer-specific grippers for a broad range of engineering tasks. Depending on the material properties and to ensure optimal process capability, the grippers are specially adapted to the workpiece to be gripped.

Optimal gripping of workpieces of all sizes and types

From the handling of the smallest vials of investigational medicinal products with sensitive grippers through to aluminium plates with a surface area of more than 10 m², and even to complete vehicles, IBG develops robot gripper systems that are tailored to customer requirements.

Here different technologies are used that ensure optimal gripping of the workpieces. The use of innovative materials, such as carbon fibre composites (CFC), is becoming increasingly important in ensuring energy-efficient and environmentally compatible production that is economical at the same time.

Optimisation of production processes in all sectors

Automation and Robotics as instruments for increasing the efficiency of industrial production processes are designed and developed by the IBG / Goeke Technology Group, under the guiding principle "Transformation of human genius into technical perfection". Technology solutions and high technology systems are designed for the individual requirements of our global clients and all sectors, from our main headquarters in Neuenrade, Dortmund.

Automotive solutions, robotics-based solutions and other technology systems from the IBG / Goeke Technology Group are best-in-the-class industry technologies. We achieve this top level in industrial technology through close interlinking of decades of experience as engineers with science and research. We ensure that our know-how in the automotive and robotics fields, as well as our technology service, benefits from optimisation of industrial processes, but without losing sight at the person at the centre of it all – learn more about our social engagement here.

  • Automation of complex manufacturing and assembly systems
  • Configuration of special systems
  • Development and construction of customer-specific special machines