Abstract

Correlation of Geometrical Specifications for Flexible Quality Control in the Manufacturing of Plastic Products

Highlights

  • This article presents an analysis to meet the demand for process-optimized applications in industrial plastic production

  • Since in an injection molding process primarily plastic products are created, which underlie a strict quality control, machine technicians thereby carry out worker operator control in order to ensure even production drawing quality

  • Thereby injection molding products are qualified among others via component dimensions

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Summary

INTRODUCTION

Quality is a substantial instrument for the preservation and increase of competitiveness in any manufacturing company. A substantial requirement for a successful production control in any mechanical manufacturing is the geometrical measurement of the essential dimensions [4]. The valuation of the dimension determines whether manufacturing of the production batch continues or has to be terminated. These cause a temporal delivery decline and economic loss. In order to reduce expenditure of time and complexity, function shall be evaluated via the largest sense of proportion as relevant quality control. These are measurable more flexible and more efficiently. The objective here is to find correlating evidence that function dimensions and (for the control and measurement technology) a simple outer dimension, demonstrate an informative dependence

EVIDENCE FOR THE CORRELATION OF DIMENSIONS
Distortion of the Correlation Coefficient 10pt
Simulative Approach
Correlation Evidence
Experimental Setup
PREDICTABILITY OF DIMENSIONS
Shrinkage Evidence
Validation
CONCLUSION
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