between the work stations 12 in the case of a further increasing production requirement robots 22 as depicted in fig2 can additionally be allocated to the production plant 10 these are arranged on mobile tables 24 which are moved by workers to the respective work station 12 to be operated by a robot 22 intermediate products of the manufacture in the production plant 10 are now passed between work stations 12 occupied by people and robots whereby a higher throughput is enabled the human workers 20 preferably fulfil flexible tasks while the robots 22 are programmed to a predetermined volume of work of an assembly station 12 the programming can occur by the human workers 20 for example in the form of the so called teachings an allocation of wirelessly active programming means such as for example rfid chips to the work stations 12 is also possible these programming means transfer the work program allocated to the respective work station 12 to the robots 22 such that these must only be brought to their standing point and the necessary tasks can be taken over directly in the case of further increasing production requirement individual human workers 20 can be replaced by further robots 22 until finally in the case of the largest load of the production plant 10 all work stations 12 are occupied by robots 22 in order to achieve a particularly high throughput on the whole the production plant 10 can thus be adapted to all necessary load levels wherein a change of the configuration of the production plant 10 can occur by means of commands of the control device in real time in order to adapt the production plant 10 quickly to the fluctuating production requirement in order to.