If you can’t measure it, you can’t improve it.
And until now, there was no way to check the quality of your heat-treatment process part by part.
You could only guess from a single sample. A sample you had to destroy.
You know the story all too well.
If you’re lucky, before the recall.
Costly.
Slow.
Inefficient.
And you can’t inspect every part, so you have to rely on statistics. If a deviation appears between tests, you may detect it too late—meaning all the parts between one inspection and the next are likely defective.
Add to that the dependence on the metallurgical lab to validate results. You’re left with a slow and rigid system for decision-making.
Until now.
You may be wondering how.
With a non-destructive inspection technology based on advanced electromagnetic analysis, built to work in production, not just in the lab.
What does this mean in practice?
Inspection tailored to your needs. From 1 part per hour to 100% of your production.
Reliable results in minutes—or even seconds.
No extra staff.
No waiting.
No destroyed product.
This new non-destructive inspection system boosts efficiency and reduces the risk of producing defective parts.
That means minimizing the risk of scrapping entire batches, facing customer complaints, or paying the massive costs of a recall.
It may sound harsh. But stopping a line, tracking a batch, and recalling parts for re-checking is a real risk. Costly. And now, avoidable.
So would we. Nothing would make us happier than telling you we could eliminate it completely. But that wouldn’t be true. There will always be a base sample you’ll need to verify destructively.
What we can tell you is that this will be almost the only case.
There’s a big difference between sending a sample to the lab once a month and measuring a part every hour… or every 30 minutes. And the longer you leave between inspections, the harder the impact if a failure occurs.
We could tell you that LINQ reduces dependence on destructive testing by 80—even 90%.
And it’s true: we’ve already achieved that with other manufacturers.
But we won’t make that claim until we’ve reviewed your specific case.
What we will do is analyze it. And if there’s no saving, there’s no proposal.
We know it. You know it. This is no news. The problem with most non-destructive inspection systems is still the same: reliability.
It’s one thing to get these systems to work in the lab. And quite another for them to do so when testing actual production parts.
Which is why, with LINQ, the process starts differently.
At LINQ, we never sell a solution without first validating your case.
We test your parts, under your conditions, with your requirements. And we prove that our technology can inspect your process with the necessary sensitivity and accuracy.
If the result works for both sides, we will make a machine proposal. If not, we won’t move forward.
The point is simple: our goal is not to sell a machine. It’s to sell many. The ones you actually need.
This all sounds good. But we’re not asking you to believe us.
We’re asking you to see it.
Because everything you’ve read is just words unless we can prove it. So the first step is simple: let’s talk.
The first step in your journey to zero:
Book your call with us
We want to know if this investment makes sense just as much as you do.
For that reason, we created a calculator to estimate the economic impact of applying this technology to your process.
Every part you destroy in testing is a direct cost. But do you know how much you could save by cutting destructive tests down to the minimum necessary?
We don’t know the answer upfront. So we want to run the numbers.
All we need are a few details: throughput, work pattern, hourly cost… With that information, we will assess whether it’s worth considering investing in an NDT system.
And if we don’t see clear savings in your case, we will suggest not proceeding.
And to run a quick evaluation, we built this simple tool for you.
To find out how much time and money you could save with a non-destructive inspection system, enter the key data from your plant and we’ll show you an estimate.
Once you’ve filled in the data, we’ll evaluate your case. If it makes sense, one of our engineers will get in touch to plan a technology validation tailored to your process.
This isn’t a sales pitch. It’s a feasibility study.
Fill in the calculator and you’ll receive an initial technical and economic analysis.
Then, if it makes sense, we’ll take the next step together.
Please complete the fields to request a meeting.
