Better Data Builds Better Components

EVERY COMPONENT MANUFACTURER (CM) wants to produce quality components. While that’s easy to say, the challenge is developing a quality management program that is both effective and provides information CMs need to continuously improve their operation.

For many manufacturers, quality control has traditionally been viewed as a production function: inspect a sample of trusses, verify that critical joints meet the design specifications, document the results, file the paperwork away until the next inspection. That process has served our industry well for decades, but it also raises an important question: is your quality program simply documenting what happened today, or is it helping you build a better manufacturing operation tomorrow?

Like many aspects of component manufacturing, quality management is becoming increasingly data driven. The manufacturers gaining the greatest value from their QC programs are no longer focused solely on identifying defects. They are collecting information that helps them recognize trends, improve production processes, train employees more effectively, reduce rework, and make better management decisions. In other words, they are using QC data the same way many now use production metrics, scheduling software, and business intelligence tools to improve different operational elements.

That shift in thinking is what makes SBCA’s Digital QC program such an important tool for our industry.

The Digital Age

SBCA’s Digital QC certainly makes inspections faster, but speed isn’t really its greatest benefit. Its real value lies in its ability to transform quality control from a paperwork exercise into a continuous source of operational intelligence. Instead of relying on paper inspection forms, handwritten notes, and stacks of archived records, inspectors perform in-plant quality inspections electronically using a tablet or mobile device. The system supports all major component design software platforms and captures clear, consistent inspection information that is immediately available to everyone who needs it.

Anyone who has ever tried to explain a handwritten inspection report to a production crew knows the limitations of traditional documentation. Questions arise. Notes are interpreted differently. Valuable lessons learned during one inspection often stay with the inspector instead of becoming part of the company’s institutional knowledge. Digital photographs, standardized inspection records, and centralized reporting eliminate much of that uncertainty. More importantly, they make quality information easier to communicate throughout the organization.

The real opportunity, however, comes from what happens after hundreds and thousands of inspections have been completed. One inspection indicates whether a truss meets quality standards. Hundreds of inspections begin to reveal how a manufacturing operation is performing.

Are certain joint configurations consistently creating challenges? Is one production line performing differently than another? Did recent employee training reduce recurring deficiencies? Has equipment maintenance improved plate embedment consistency? Are certain production practices generating more corrective actions than others?

Those aren’t questions that can be answered by looking at a few inspection reports. They require a meaningful collection of data over time. Digital QC makes collecting, organizing, and analyzing that information easier than it has ever been before, giving managers the ability to identify patterns that would otherwise remain hidden.

In many ways, this evolution mirrors what we’ve seen throughout manufacturing over the past several years. Lean Manufacturing teaches how to eliminate waste. Digital technologies help measure productivity more accurately. Artificial intelligence is beginning to help recognize patterns that humans might otherwise overlook. Quality management is following that same path. Instead of asking whether an individual truss passed inspection, we’re increasingly asking what our inspection data tells us about the health of our entire manufacturing process.

Quality Assurance is Key

Of course, collecting quality data is only one part of an effective quality management system. Quality control and quality assurance have always been complementary, even though the two terms are often used interchangeably. Quality control is a reactive activity that focuses on the product itself, verifying that components meet established requirements. Quality assurance is a proactive activity that focuses on the systems, procedures, and management practices that consistently produce those quality products in the first place. Both are essential, and neither replaces the other.

That’s why SBCA’s Digital QC program and SBCRI’s third-party Quality Assurance program work so well together.

Digital QC provides manufacturers with an efficient, standardized method for performing routine quality inspections while simultaneously building a comprehensive database of quality information. SBCRI’s accredited third-party QA program then evaluates the effectiveness of the manufacturer’s overall quality management system, providing an independent assessment that reinforces customer confidence while identifying additional opportunities for continuous improvement. Together, the two programs create something far more valuable than either could provide individually: a complete quality management system built on objective information.

Perhaps one of the greatest advantages of combining these programs is how naturally they support one another. Manufacturers participating in Digital QC have already organized inspection records, photographs, corrective actions, and historical quality information that is readily available. Rather than spending valuable time preparing documentation for a quality assurance review, manufacturers have already captured that information as part of the normal manufacturing process. The QA audit becomes more meaningful because it is based on a richer, more complete body of quality data collected throughout the year rather than a limited snapshot in time.

Going Beyond Errors

Ultimately, that’s what quality management has always been about. It isn’t simply finding problems – it’s understanding why they occur, determining whether improvements are working, and creating systems that make quality even more consistent over time, all of which improves both a company’s reputation and profitability.

Our industry has always embraced tools that help us manufacture components more efficiently. Computerized design software, automated saws, linear saw systems, laser projection, robotic assembly equipment, and production management software all found their way into our plants because they helped the industry work smarter. Digital quality management should be viewed through a similar lens. 

Quality has always been one of the defining characteristics of successful component manufacturers. Today, the difference is that we have better tools than ever before to understand, measure, and improve it. By combining SBCA’s Digital QC program with SBCRI’s third-party Quality Assurance program, manufacturers can move beyond simply documenting quality and begin using it as one of the most valuable management resources in the plant.

In the modern manufacturing environment, the companies that make the best decisions are almost always the companies with the best data.

Get started today: www.sbcacomponents.com/quality-control-programs.