Combining Lean Concepts & Tools with the DMAIC Framework to Improve Processes and Reduce Waste

Combining Lean Concepts & Tools with the DMAIC Framework to Improve Processes and Reduce Waste

Six Sigma DMAIC methodology has been applied to systematically apply lean manufacturing concepts and tools in order to improve productivity in a local company specialized in the manufacturing of safety and fire resistance metal doors, windows, and frames. In-depth analysis of the plant processes unfolded different critical processes, specifically foam injection process and sheet metal cutting p...

Combining Tools to Improve Automatic Translation

This paper takes a practical look at ways of combining language engineering tools to produce more accurate, “more human” automatic translations. Whilst specific products are discussed, the author believes that the methodology could be successfully implemented with different sets of tools.

Applying Six Sigma Methodology Based On “DMAIC” Tools to Reduce Production Defects in Textile Manufacturing

-Six Sigma is a systematic methodology for continuous process quality improvement and for achieving operational excellence. Six Sigma methodology is designed to provide for the application of statistical tools in the context of a process improvement structure summarized by the acronym DMAIC– Define, Measure, Analyze, Improve, and Control. The DMAIC model provides a framework to identify and eli...

Tools to Improve the Patient’s Processes at Imaging Centers

The Effect of Ridges to Improve Ductility and Reduce Deformation Energy in Deep-Drawing Process

In this research, two new methods that improve the drawing depth of deep-drawing processes have been introduced. In the first technique, by creating ridges on the punch surface, the stress concentration is decreased on the blank near the punch edge, in turn increasing the drawing depth. The second method is based on the principle of reducing resistant force in the flange area between the die, t...