Benefits of Real-Time Statistical Process Control Software
Statistical Process Control commonly referred to as SPC is a method for monitoring,
controlling and, ideally, improving a process through statistical analysis. The philosophy
states that all processes exhibit intrinsic variation. However, some processes exhibit excessive
variation that produces undesirable or unpredictable results. SPC, in a manufacturing process
optimisation context, is used to reduce variation to achieve the best target value.
The four basic steps of Statistical Process Control include:
- Measure the process
- Eliminate undesirable variation from the process
- Monitor the Process
- Continuously improve the process
A real-time SPC software solution will reduce variation which in turn provides the following benefits to your organisation:
- Increase manufacturing profitability
Real-time statistical process control software allows you to improve your overall responsiveness and efficiency,
resulting in a lower cost of quality.
- Improve product and process quality
WinSPC gives you the power to prevent process errors that lead to defects, allowing you to consistently
deliver a high quality product.
- Reduce waste, scrap and rework
Real-time statistical process control software allows your team to reduce unwanted variation, resulting in
less waste, scrap and rework.
- Minimise Variation
Real-time SPC delivers immediate, actionable information to personnel, allowing them to detect, correct, and minimize
process variation in real time.
- Improve customer satisfaction
WinSPC allows you to assure a consistent, high-quality product, minimize warranty repairs, and quickly deliver
comprehensive reports to your customers.
- Meet regulatory requirements
Real-time SPC software enables audit-ability across your process, is FDA 21 CFR 11 compliant, and enables you to
cost-effectively meet ISO, TS, FDA and USDA requirements.
To find out how WinSPC can help you achieve these benefits download your free 60 day trial or
sign up for a web demo of the software.
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