Six Sigma Methodology for Analysing & Removing Defects in Plastic Moulding by Injection Moulding Machine
Journal Title: JOURNAL OF ADVANCED RESEARCH IN APPLIED MECHANICS & COMPUTATIONAL FLUID DYNAMICS - Year 2017, Vol 4, Issue 1
Abstract
This thesis is all about Six Sigma methodology. Six Sigma is step by step improving technique for a business growth or to create a new business idea. Six Sigma has two methodology but in this thesis DMAIC methodology was considered because DMAIC methodology is used to improve the existing business operation while other methodology is used to create new aims or goals or new product design. In this thesis DMAIC is used in which first the problem of a company is defined by carrying few interview at the company after that the rejection data was asked. The provided data was measured and thoroughly analyzed for rectifying the main defect and the main root cause for that defect. After identifying & Analyzing the defect and the defect cause as well, the improvising state starts. Few Measures were suggested to minimize the defects also few control actions were suggested to ensure that the quality of product should be maintain and to ensure that all corrective measures were following up regularly. This thesis was done on Injection moulding machine in a factory of Nexus Telecom Private limited located at Chhatarpur, New Delhi. Mentioned Injection moulding machine is used for plastic moulding on RF jumpers used in telecom towers. Objective of this case study was to rectify defect and to suggest corrective measures to minimize those defects occurring in plastic moulding on products. The main defect occurring was crack in moulding & dark black spot in moulding. Barrel & screw were cleaned to increase surface finish of plastic moulding and some training programs were also suggested for the technicians using that machine for moulding.
Authors and Affiliations
Mr. Akash Goswami,
Keywords
Related Articles
- EP ID EP271229
- DOI -
- Views 112
- Downloads 0
Buongiorno Model for Hydromagnetic Convective Flow of Nanofluid over an Inclined Stretching Surface with Variable Stream Conditions
This work is focused on the numerical investigation of steady mixed convective magneto nanofluid flow due to an inclined stretching surface. The transport model employed includes the effects of Brownian and thermophoresi...
CFD Simulation of Steady Blood Flow through Left Subclavian Stenosed Artery, Turbulence Modeling and Critical Narrowing
In this work, we first propose a precise geometry for any arterial stenosis. Then we use the CFX-ICEM-ANSYS 15.0 code to perform a computational simulation of blood flow in the aortic arch, both in the healthy case and i...
Analysis of Design And Otimization of Crankshaf
This paper demonstrates the performation of an automobile basically depend on its size optimization, material selection for crankshaft and manufacturing process. The design of crankshaft basically depends on the dynamic...
Analysis of Effect of Cavittion In Hydraulic Turbines
Cavitation is basically a process which occurs when the liquid pressure falls below the atmospheric vapor pressure. Due to this process, the performance of the material is effected, the efficiency of the machine also dec...
The Effect of Thermal Interface Material on Led Heat Sinks
LED’S have been used in many products due to its longevity, more power saving and higher lumens per watt. About 80% of the electrical power is wasted as heat or reductant heat which in turn increases the junction tempera...