Quality Control in Manufacturing: Tips and Techniques

A worker inspecting quality control standards in manufacturing

Learn about quality control in manufacturing and discover tips to implement and improve it

Imagine the detrimental effects of a product fault on your production. What if they are constant and eventually lead to this particular product being recalled? If you are eager to maintain the best quality for your products and customers, we provide a few techniques you can follow to implement and improve your quality processes. So, if you want to get a glimpse of how quality control works in manufacturing, keep reading!

What is quality control?

Quality control (QC) is a set of procedures, intended to ensure that a manufactured product adheres to a specific set of quality criteria, or meets the requirements of the client or customer.  Thus, we can understand that it plays an important role in materials management. More specifically, it pertains to inspections where you visually examine physical products in order to detect inconsistencies. Think of batch inspection, laboratory testing, product sampling, etc.

Conformance to said criteria may be imposed by standards you set internally. Also, those can be requested by customers, or by external organizations such as the International Organization for Standardization (ISO). For instance, ISO 9001 emphasizes areas that support quality management (i.e., process management, competence building, organizational culture, etc).

As far as quality techniques are concerned, the pioneering work of Dr. W. Edwards Deming led to the idea of PDSA (Plan-Do-Study-Act), to help business produce high-quality products.

  • Plan — Identify a goal and design a plan of action
  • Do — Implement the components of the aforementioned plan
  • Study — Monitor the results
  • Act — Integrate what you’ve discovered and alter your plan if needed

Quality Control is similar to, but not identical with, quality assurance (QA). QA refers to the confirmation that specified requirements have been met by a product. However, QC refers to the actual inspection of these elements. These two are sometimes met together as a single expression: quality assurance and control (QA/QC).

Quality Control Techniques

There can be found many quality control techniques that are extensively used in both large and small businesses. Depending on the type of products you manufacture, different regulations or standards, you can employ various techniques to ensure quality.

  • 100% Inspection Method. With this technique, all of your products need to be inspected to ensure their compliance with the quality standards. For instance, let’s say you manufacture food. Then, you could be required by law to make sure that all of your products have the expiry dates printed before they go into the market. However, this may be quite expensive. It is only employed when the cost of producing a substandard product is extremely high.
  • Statistical quality control (SQC). It is a quality control technique that uses statistical methods to monitor the quality in a facility. It uses data analysis, sampling inspections and control charting to determine defects, allowing you to investigate the root causes and improve quality.
  • Statistical process control (SPC). This technique, as well, uses statistics to detect inconsistencies in the facility. SPC uses tools such as cause and effect diagrams, control charts, etc. to improve quality, reduce waste, and ensure continuous improvement.
  • Total quality management (TQM). This kind of quality control has its focus on all members of the organization participating in improving products, processes and the organizational culture. It’s as Dr. Demings’ put it when quoting that “Quality is everyone’s responsibility”.
  • Six Sigma (6σ). This is a modern quality management technique, generally better suited for larger companies due to its cost, with a view to eliminating variance from business and manufacturing processes. For instance, Six Sigma refers to the ability of a company to manufacture an extremely high proportion of output within a specification of 3.4 defects per million units.
  • Lean Six Sigma. Lean manufacturing techniques over the years led to a brand-new hybrid quality control method called Lean Six Sigma. It combines top lean inventory techniques, such as eliminating the eight different types of waste and the high standards of delivering quality products found in Six Sigma.

How a manufacturing software can help with QC

A number of manufacturing software come with tools that can help you manage quality as well. For instance, the features of Epoptia MES can help you get audit ready by digitalizing your Quality Control procedures and eliminating any paperwork that was once needed. More specifically, the system itself undertakes the task of obliging the operators to perform the necessary checks. As far as the audits are concerned, these can be performed for an ISO certification, or they may derive from customer qualifications needed when undertaking major manufacturing deals.

For more information, check https://bit.ly/3vYnb4f.

Share This Post

Subscribe To Our Newsletter

Get updates and stay connected

More To Explore

MES
Tips

Transitioning from Excel to Manufacturing Software (MES)

Discover how transitioning from Excel to a Manufacturing Software can revolutionize production processes, improve efficiency and drive growth In the currentarticle, we will show you how to transition from using Excel spreadsheets to a comprehensive Manufacturing Execution System (MES). Many

Read More »
mass production
Tips

The Ultimate Guide to Mass Production

Discover how mass production can benefit your manufacturing business Understanding the intricacies of mass production is crucial for businesses aiming to optimize efficiency and remain competitive. Mass production involves creating large quantities of standardized products through assembly line techniques, leveraging

Read More »
Trends in the MES Market
Tips

Top Trends in the MES Market

Explore the latest trends shaping the MES market and discover how Epoptia MES is poised to lead the industry with innovative solutions In the article below, we will show you according to the current trends in the MES market, highlighting

Read More »
ai job shop manufacturing
Tips

Epoptia’s AI Plans for Job Shop Manufacturing

Explore how Epoptia plans to revolutionize job shop manufacturing by integrating AI for production forecasting and resource planning In this article, we will show you according to Epoptia’s ambitious plans, how integrating AI into job shop manufacturing can significantly enhance

Read More »
quality assurance
Tips

Quality Assurance: Best Practices for Job Shop Manufacturing

Learn about best practices for quality assurance in job shop manufacturing Ensuring high-quality standards in job shop manufacturing is essential for maintaining customer satisfaction and staying competitive in the market. Job shops, known for their flexibility in handling custom orders,

Read More »
scheduling and capacity planning
Tips

Efficient Job Shop Scheduling & Capacity Planning

Learn how efficient job shop scheduling & capacity planning can help you grow with confidence Attention, manufacturers! Welcome to the backstage of job shop manufacturing—a place where every order is a unique puzzle, and versatility reigns supreme. Imagine it as

Read More »
7 Wastes of Lean Manufacturing
Tips

7 Wastes of Lean Manufacturing

Learn which are the 7 wastes of lean manufacturing and how you can work towards eliminating them The concept of the 7 wastes of lean manufacturing originated at Toyota in the mid-20th century in Japan. As Toyota sought to improve

Read More »
Agile Job Shop Software Customization
Tips

Agile Job Shop Software: Boosting Customization

Learn why you should use a job shop software to boost customization in your production floor Amidst the dynamic landscape of modern manufacturing, job shops encounter the intricate task of balancing customer requirements with operational effectiveness. Agile job shop software,

Read More »
Tips

Top ISO Certifications in Manufacturing

Learn about ISO Certifications and which are the top ones used in manufacturing ISO (International Organization for Standardization) certifications play a crucial role in shaping the manufacturing landscape. They provide guidelines and benchmarks for quality management, environmental sustainability, and operational

Read More »
automation and workforce
Tips

Balancing Automation and Workforce Skills

Learn how to strike a balance between automation and upskilling your workforce to remain competitive The landscape of manufacturing is undergoing a transformative shift with the integration of smart technologies. Thus, as we navigate this era of innovation, the challenge

Read More »
capacity planning
Tips

Scaling Operations: Capacity Planning Best Practices

Learn how to scale your manufacturing operations by using capacity planning best practices In the dynamic landscape of manufacturing, scaling operations is a pivotal challenge. That is, the delicate balance between meeting increased demand and maintaining operational efficiency requires strategic

Read More »
building reselient supply chains
Tips

Building Resilient Supply Chains: The Role of MES

Learn how to build resilient supply chains and overcome disruptions In the dynamic landscape of modern manufacturing, the ability to build resilient supply chains is paramount. Manufacturers face various disruptions, from natural disasters to geopolitical uncertainties. In this context, Manufacturing

Read More »
en_US