Feasibility Studies

Need to evaluate a large number of components for your production in a very short time but have neither the time nor the money to build up the necessary skills in-house? Perhaps there are several stakeholders involved, all of whom need to be coordinated, which means increased project management demands on you? Many a headache can be avoided if, at the beginning of the project, sustainable validation of the components is carried out from the perspective of both production and logistics.

Thanks to integrated production engineering, our experts are able to design your project efficiently, manage it effectively and complete it on schedule over the entire term - from product idea to SOP (Start-of-Production). To ensure the worldwide applicability of tooling, our tooling experts offer you professional tool tracking.

Avoiding errors from the outset

Totally reliable analyses covering the entire vehicle

  • Validation of formability: not all styling can be implemented. We help you to implement your styling.
  • Component producibility: whether steel, aluminium or stainless steel: we are familiar with the material.
  • Product design for manufacturability (DFM)
  • Validation of joining processes (accessibility and ease of assembly) and coating processes (paint simulation)
  • Logistics-optimised component design

Expertise from single part to finished product

You profit from our expertise in the entire production chain: from single component to finished product, from press tool to logistics. As part of the EDAG Group, we can draw on many years of expertise ranging from product development to plant implementation. As EDAG Production Solutions, we see ourselves as the link between the product and production, able to derive from product development the right production concept for your needs. And it makes no difference where you want to produce: thanks to our global network, we can set up a local project team consisting of product and production experts anywhere in the world. This consistency guarantees that there is no loss of know-how!

Your partner on the way to the new production solution

Early phase: feasibility and concept phase

Even the first component versions provide basic information as to whether and how a product can be manufactured. As part of this validation of styling, components are assessed for their feasibility or cost-optimised manufacturability in series (Design For Manufacturing, DFM for short). The first logistics concepts can be designed in parallel. Finally, these parts have to be transported in containers (from KLT to SLT) - saving as much space as possible.

Series development phase: making the product fit for series production

The detail feasibility study is now carried out with the correct materials and the processes that have been devised. This includes deep drawing simulation, joining technology validation and paint simulation. We keep an eye on the costs.

In the context of detailing, logistics concepts are also optimised for cost effectiveness, e.g. by increasing the packing density in the containers.

Implementation phase: Getting the vehicle on the road

After validating the individual components taking account of (cost efficient) feasibility, suitability for installation and logistics requirements, it is then essential to support the customer during the series development phase at the interface with suppliers and service providers.
This could take the form of change management control, the preparation of product specifications, or tool tracking in the tool shop.

This following tools and methods are among those used here:

    • Deep drawing simulation
    • Joining technology validation
    • Paint simulation
    • Product optimisation (virtual component validation)
    • Validation and simulation of assembly processes including ergonomics and optimisation of assembly times (EHPV)
    • Supply chain simulation – cost appraisal in the supplier, production and distribution network
    • Packing simulation (maximum packing density)
    • Assessment of flexible transport positions – minimum handling requirements

Matthias Medler

Vice President Planning Automotive Solutions




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