Concept Analysis for Planning Support - Engineering Consulting
Today we give you an actual insight into the daily work ofDirk Zimmerand
his Engineering Consulting Team at ATN. Sometimes we receive quite
unusual and special inquiries from our customers. We’ll show you which
solution concepts we present to our customers based on an example from
our customer AUDI. In several stages, a plant concept was developed
iteratively and in close cooperation with the customer, which was then
successfully transferred into the project phase.
The objective was to design a technically sensible and feasible layout for two semi-automated windshield bonding systems with which a complete set of car windows (consisting of front, rear and fixed side windows) could be installed on both sides of the vehicle. Both systems should also be able to back up each other in the event of a breakdown and take over the scope of tasks of the other system (backup solution).
The structural conditions on site made the requirements even more demanding: as the material logistics area and the plant area operate on two different levels, a two-story solution had to be found. The space conditions are very tight and any changes to the structural substance were out of question.
The present requirements on site have a direct impact on the design of the robot cells and plant processes. The work of our Engineering Consulting Team now consisted of analyzing the conditions for the technical feasibility of the plants, designing system process sequences and defining boundary conditions for maintaining the functionality of both sides of the system.
The work of our Engineering Consulting Team paid off. The developed concept was adopted and implemented by the customer. Dirk and his team thus played a key role in the successful realization and subsequent projects based on it.
Follow the link for more details about the enquiry.
The objective was to design a technically sensible and feasible layout for two semi-automated windshield bonding systems with which a complete set of car windows (consisting of front, rear and fixed side windows) could be installed on both sides of the vehicle. Both systems should also be able to back up each other in the event of a breakdown and take over the scope of tasks of the other system (backup solution).
The structural conditions on site made the requirements even more demanding: as the material logistics area and the plant area operate on two different levels, a two-story solution had to be found. The space conditions are very tight and any changes to the structural substance were out of question.
The present requirements on site have a direct impact on the design of the robot cells and plant processes. The work of our Engineering Consulting Team now consisted of analyzing the conditions for the technical feasibility of the plants, designing system process sequences and defining boundary conditions for maintaining the functionality of both sides of the system.
The work of our Engineering Consulting Team paid off. The developed concept was adopted and implemented by the customer. Dirk and his team thus played a key role in the successful realization and subsequent projects based on it.
Follow the link for more details about the enquiry.