Accurate measurement is important. Knowing when to do it is even more important.
In our line of work, quality isn’t just something we achieve at the very end, in front of a measuring instrument.
It is built during the process.
That is why we have upgraded the QP Mechanics metrology lab with a new high-precision optical and contact measurement system.
The goal was not simply to add a new machine, but to make the inspections faster, more repeatable, and closer to the production line.
The ability to capture measurements and geometries in just a few seconds allows us to increase the frequency of checks during machining, quickly compare results, and take action before a minor dimensional deviation can turn into a scrap part or a nonconformity.
Because there’s one question we should always ask ourselves in our work:
Is it better to discover a problem later on, or to notice it while there’s still time to fix it?
The new system combines high-precision optical measurement with a contact probe, allowing us to inspect profiles, diameters, center distances, grooves, internal reference points, and complex geometries more quickly.
In the most precise configuration, the specified repeatability is as low as 0.1 ÎĽm.
But the figure that interests us most isn’t the one to highlight in a brochure.
It offers the possibility of more consistent checks that are less dependent on the operator.
For manufacturers of custom-designed components, precision also means consistency over time.
The part produced today must meet the same standard as the one we will produce for the next order. And the dimensional inspection must be thorough enough to ensure this consistency.
That is the real reason for the investment.
Don’t measure more just for the sake of it.
Measure more accurately, at the right time, to make the process more reliable.
That’s how we continue to work at QP Mechanics: by improving our tools, methods, and quality control, with a very simple goal in mind.
To manufacture components that meet the specifications of the drawing.
And may they continue to do so over time.
Every micron counts. But knowing what to do with it matters even more.
QP Mechanics