Treffer für: Fabrikplanung

 
IPA 17/4 – OSRAM – Evaluation of setup new Electronics Manufacturing location – “AUSLANDSPROJEKT”

IPA 17/4 – OSRAM – Evaluation of setup new Electronics Manufacturing location – “AUSLANDSPROJEKT”

There are many options to setup a new manufacturing location. Fast ”Time to market” is important, even with a high part of Project business with Customers. A Region for Region setup need to be considered. The Product focus is to put on Electronic LED Drivers “Optotronic” and Light Engines for the European Market.
Supporting R4R approach (Reduce lead time, improve cash flow) Evaluation of Setup of a new in-house electronics manufacturing plant for the EMEA market is needed.
The OSRAM BU-LLS is seeking for a new low cost EEU in-house production setup to support R4R strategy EMEA. Therefore a Benchmark of a Brownfield solution (rent, buy) and a full Greenfield solution is requested.
Risk Evaluation of both options is mandatory: financial, timeline, legacies (e.g. existing products and EHS risks).

The goal within this project is:
– Define and Analyze Production strategy
– Benchmark Brownfield & Greenfield approach TCO
– Define Production line setup with Layout planning and Capacity calculation
– Propose input for R&D on Design

 
IPA 17/6 – OSRAM – Evaluation of Logistic Challenges of Cell Line Introduction

IPA 17/6 – OSRAM – Evaluation of Logistic Challenges of Cell Line Introduction

The goal of this project is to evaluate and come up with a design & logistic material flow concept for a flexible cell line for the production of electrical drivers for the LED. Because of their numerous advantages compared to traditional light bulbs, light emitting diodes are the future of the lighting industry. To operate light emitting diodes electrical drivers are needed which are produced by OSRAM. In the future, a wide range of ballast types need to be produced to meet customer request & demand. Because of the variation of products and volume that need to be produced, the current line needs to be reorganized to be more flexible and to react better to the market requirements. In order to determine the best possible cell line five potential cell design solutions were considered. These solutions have to be evaluated using qualitative and quantitative methods. The solution with the best results will be setup at OSRAM production locations.