TS 16949

Lean Six Sigma: An Integrated Approach to Improve Efficiency

Lean Six Sigma : For improve Efficiency Lean Manufacturing and Lean Six Sigma an Integrated Approach perform excellent.   Over the past 15 years, the words Lean six sigma and lean manufacturing have become commonplace. May be often you hear, “we have already heard this or tried it, nothing new…” You ask in more detail […]

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Lean Thinking: Solving Problems in Production Logistics

In the modern world, we are witness to the changes that are happening in the economic formation. In the outgoing era, most of the manufacturing units are focused on mass production. But now it is time to shift to the modern era, focus on lean manufacturing. Now the time has been starting for lean thinking:

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Formulating Innovative Goals for Organizational Development

Innovative Goals | To achieve the goal of the development of the organization, an innovative strategy is developed, the implementation of which, in turn, requires targeted management of innovation, i.e. the formulation of an innovative goal.   What are Innovative goals? The Innovative goals are set of objectives, that are designed to be creative, original,

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Use cynefin framework in crisis and uncertainty conditions

In this modern era, the globalization of the economy not only affects the development of countries but also the internal processes. The new ventures remain in the behavior of every businessperson. It is natural that these changes have made it necessary to learn how to quickly respond to each challenge, from managers to junior employees.

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What are the phases of QFD?

The four phases of QFD (Quality Function Deployment) guide the entire cycle from product design to production, these four phases are: 1. House of Quality, 2. Technical Correlation, 3. Development, 4. Implementation. through which it is used to translate customer requirements into specific design and engineering characteristics. This method helps in transmitting product requirements from

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Control of testing equipment in manufacturing

The Control of testing equipment refers to the process of ensuring that test equipment is properly calibrated, maintained, and operated to produce accurate and consistent results. The goal of test equipment control is to ensure that the equipment provides reliable and accurate results. That the manufactured products meet the required quality and safety standards. All

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Measurement System Analysis as Analytical Tool

MSA is an analytical assessment system. Which is defined as an experimental and mathematical method of identifying and determining the components of variation in the measurement process. This can be done to validate the measurement system for use by evaluating the accuracy and stability of the system from process to production. This analysis process has

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What is a control plan? – Six Sigma in Manufacturing

A control plan is a document that fully describes the procedures required at each stage of the production process, such as quality checks or monitoring process parameters, measurement procedures, and inspections. This document is helpful in ensuring that the process outputs conform to pre-defined requirements. This method provides support for documenting the functional elements of quality control,

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XBar and R chart – Range chart Study

An XBar and R chart – Range chart study is a statistical quality control chart used to monitor variables of product criteria. It may have a drive a subgroup size of two or more to measure standard chart for variables data. Mostly in automotive industry used widely to determine its process stability and predictions.   X

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Fault Tree Analysis (FTA)

As you know, production is a group of multiple processes. It is natural that there will be defects in a process, or during the design and development of a product, dangerous incidents arising out of the product will be encountered that need to be avoided. It is imperative that managers evaluate such processes or events.

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