443,891 companies have chosen the right software using our
extensive research on over 1,651 systems. How does it work?

Compare Statistical Process Control (SPC) Software


Sort by:

 
Sort by:

Call us for a free FastStart Consultation: +35 376 680 1856


Call us for a free FastStart Consultation: +35 376 680 1856


Call us for a free FastStart Consultation: +35 376 680 1856


 
Verse logo
 
Rating:
        (2)
Price:
Recommended:
100%
Platforms:
Deployment:
Business Size:
S
M
L
Rating:            (2)
 
IQS logo
 

IQS

Rating:
        (2)
Price:
Recommended:
75%
Platforms:
Deployment:
Business Size:
S
M
L
Rating:            (2)
 

by Daniel Harris,
Market Research Associate
Last Updated: December 5, 2016


In order to deliver effective and repeatable quality control, many companies choose to use statistical process control (SPC) software, which tracks the data that comes off manufacturing lines and alerts machine operators and plant supervisors to potential problems.

This buyer’s guide provides a brief overview of statistical process control and SPC software to help buyers better understand the market. Here’s what we’ll cover:

What Is Statistical Process Control Software?

In manufacturing, statistical process control (often associated with overall equipment effectiveness, or OEE) describes the process of collecting quality control data for statistical analysis. The collection of this data allows manufacturers to identify any quality concerns that need to be addressed before they escalate into expensive problems.

Statistical process control can be applied to individual components or end-products to ensure they perform within specified parameters. SPC can also be applied to manufacturing tools and machines themselves to optimize machine output. This helps reduce scrap rates and the number of components that need to be checked and replaced during the maintenance cycle, lowering the chance of machine failure and unscheduled downtime.

SPC software facilitates statistical process control by collecting data in real-time and alerting the manufacturer to any results that fall outside the accepted range. This, in turn, helps reduce process variation, improves manufacturing efficiency and lowers overall production costs.

Screenshot of Synergy Software by Zontec

SPC software generally has two main functions:

Real-time monitoring and alerts. SPC software is used primarily to identify quality concerns the moment they occur so they can be resolved before they become major problems. To that end, it constantly monitors production data to alert the quality team the instant an anomaly is discovered.

Long-term data collection and analysis. To benefit companies in the long term, SPC systems aggregate historical data, allowing for analysis and optimization of processes and quality improvement.

What Type of Buyer Are You?

As a manufacturer looking for a statistical process control solution, you may fall within one of the following groups:

Full-suite buyers. If you’re looking to integrate SPC functionality with broader manufacturing functionality, such as inventory management, production planning or manufacturing accounting, you may want to evaluate an integrated manufacturing system. This type of system features the above-mentioned applications, which can be applied throughout the manufacturing cycle.

Specialty manufacturers. Some industries, such as aviation, food and beverage and pharmaceuticals, have very specific regulatory requirements they must comply with. Some SPC systems are created to address these unique requirements, so you may want to consider investing in a system that meets your industry-specific needs.

Single application buyers. Some manufacturers have straightforward SPC requirements and are simply looking for basic quality control functionality to manage production variations. For this type of buyer, it’s best to evaluate a stand-alone system that is easier to deploy.

Benefits and Potential Issues

Common benefits of implementing SPC software include the following:

Savings through reduced process variation and waste. Real-time SPC software allows your team to detect small errors before they lead to larger defects so you don’t end up producing—or, worse, shipping—defective products. This results in less waste and rework and greater cost savings.

A systematic approach to quality improvement. Since SPC software aggregates and reports on historical data, it helps plant supervisors and other manufacturing personnel develop a more data-driven approach to managing product and process quality.

Improved workflows. SPC software gives engineers, operators, quality controllers and executives access to the same data. This helps team members work together to identify process inefficiencies and improve workflows.

For any SPC software purchase, it’s critical that your software be compatible with the tools and technology you already use on your manufacturing lines. It’s also important to recognize that any software is only as effective as the processes behind it. Companies that realize the greatest benefits from implementing SPC software are those that recognize the system is just one component of an overall SPC plan, which requires buy-in from all employees and a commitment to ongoing process improvement.

Free Download:
Manufacturing Software Feature Checklist

Free Download:
Ten Steps to Selecting the Right Manufacturing Software

How it Works

Software Advice Advisors

Software Advice matches software buyers with vendors that can meet their needs.

We're able to offer this service to buyers for free, because software vendors pay us on a "pay-per-lead" basis. Buyers get great advice. Sellers get great referrals.

Get expert advice from one of our software advisors: +35 376 680 1856
×