Agilian Technology

11/05/2026

Prototype PCBA work is not the same as PCBA mass production.
For early-stage builds, you often need flexibility, speed, and close engineering attention. That might mean hand-soldering, small-batch assembly, quick modifications, troubleshooting, and learning from the first boards before the design is frozen.
That is where Agilian’s in-house PCBA prototyping support is valuable, as we can help you build and test early PCBAs, spot design or assembly issues, and feed those lessons back into the product development process.

When you're ready for mass production, this is different. It needs a larger facility, more automation, controlled SMT lines, inspection systems, and stable processes designed for repeatability at scale. We also offer this in our building.

But before you get there, your PCBA design needs to be proven.
Good prototyping helps make that happen.

Learn more in the comments.

06/05/2026

How do you reduce the various risks (cost overruns, delays, quality and reliability problems, and more) in your new electro-mechanical product during the new product development process?

Agilian's Executive VP, Renaud, explains the risks you will need to address and shows how and when that happens during product development.

You will also learn what a structured NPI process looks like and the numerous tasks involved in each stage of it.

Finally, Renaud explains which NPI phases reduce risks the most and how they do so.

How do you reduce the various risks (cost overruns, delays, quality and reliability problems, and more) in your new electro-mechanical product during the new...

29/04/2026

It took them 6 years to launch a cleaning robot.
Not a prototype. Not a demo. A real product in customers’ homes.
That’s the part most people underestimate about hardware.

We came across a great post from Matic Robots’ head of hardware that breaks down their journey, and it’s a useful reality check for anyone building physical products.

A few things stood out to us:
✅ Hardware timelines are long (and usually longer than planned)
✅ Talking to real users early actually shapes the product
✅ The biggest gains come from questioning “standard” designs
✅ Getting from prototype to production is where a lot of businesses struggle
And maybe the biggest one:
✅ You don’t shortcut your way to a great product. You iterate your way there.

Ultimately, the Matic cleaning robot is a really cool product, and you can see the care that has gone into its development. We share the key lessons we took from their story in this blog post (link in comments).

24/04/2026

We sometimes see companies skipping incoming QC, and they tell us, “It's OK, we trust our suppliers.”

That's risky, because here's the reality:
➜ Even “good” suppliers ship bad batches.
➜ Defects don’t disappear; they just move downstream.
➜ And the later you find them, the more expensive they become.

If you don’t catch them early with IQC, you’re choosing to deal with them later at a much higher cost.

We broke down the real scenarios (and how they play out) in this post (click the link in the comments to read it).

22/04/2026

Our executive VP, Renaud Anjoran, answers some of the most common questions we receive from customers who want to work with us on prototyping and new product development.

Do these questions resonate with you? If so, hit play and get answers!

1. Do we help customers with product design?
2. How do we choose what development projects to work on?
3. Can we help you if you're still in the process of designing your products?
4. How do we provide you with total transparency over your project?
5. Can we help you with compliance and certifications?
6. How do we ensure that the product & process designs are mature and ready for mass production?
7. Why is keeping your IP confidential so important to us?
8. When can we commit to pricing?

Learn more about our prototyping services here: https://www.agiliantech.com/what-we-do/prototyping-services/

16/04/2026

Some hardware manufacturers try to “rush to production.”
But that’s like trying to move into a house… before the foundations are set.

The NPI process for electromechanical products isn’t red tape. It’s the build sequence that stops things from collapsing later.

Think of it like building a house 🏠:
• You don’t pour concrete without plans
• You don’t install windows before the walls exist
• You definitely don’t move in before the inspection

Yet in manufacturing, we see people skip steps all the time.
They jump into tooling too early.
They order parts before validation.
They compress testing to “save time.”
But it doesn’t save time. 😬
It just moves the problems downstream, where they’re far more expensive.

A structured NPI process, like we always follow here at Agilian Technology, exists for a reason:
✅ Define what you’re building
✅ Prove it can work
✅ Build and test prototypes
✅ Validate design + tooling
✅ Run pilot production
✅ Only then scale
Miss steps, and you’re gambling.
And usually, the bill comes due right before launch.

See the analogy and interesting graphic we created in the post itself...link in comments!

15/04/2026

At Agilian Technology, we have an anechoic testing chamber to isolate and measure sound without external interference.

Why is the chamber a helpful piece of testing equipment?
• You can identify unwanted noise early (buzzing, rattling, coil whine)
• You get accurate acoustic performance data (SPL, harmonic distortion, ANC, sensitivity, etc), not guesswork
• You avoid costly redesigns after tooling or production
• You deliver a more premium user experience
For products with speakers, motors, fans, or moving parts, this kind of testing makes a real difference.

Learn more about our product testing capabilities in the comments.

14/04/2026

"Work instructions" - doesn't sound like the most exciting topic, right?

That's where you'd be wrong.
These aren't ordinary documents; in our experience, they’re the difference between:
• Consistent quality vs. constant rework
• Fast onboarding vs. tribal knowledge
• Scalable production vs. firefighting
Good work instructions ensure every unit is built the same way, every time, regardless of changes to the production line.
Who DOESN'T want fewer errors, less scrap and variability?

Running production without clear instructions increases risk, which is the opposite of what we're about at Agilian Technology.

Our WI guide and FAQs is certainly worth a read (in the comments) 👇

07/04/2026

Most people think AI is just prompts and dashboards.
This is what it actually looks like 👇
One of our AI engineers is coding software for a customer's product today.

At Agilian Technology, we’re not experimenting for the sake of it.
We’re building AI systems that plug into real products, real operations, and real constraints.

If you’re exploring how AI could fit into your product or operations, get in touch and let's discuss your project. Contact link below in the comments.

06/04/2026

It's hard to believe that a year has passed since the implementation of Trump's "reciprocal" tariffs on Liberation Day (April 2, 2025). While some observers may have viewed the situation as an amusement park ride, for us, it felt more like a rodeo contest without any protective gear.

Recently, Reuters visited us in Dongguan and captured our journey through these challenging times in a compelling story. You can read it here:

U.S. President Donald Trump's tariffs sought to hurt Chinese manufacturing, but for one electronics maker, a turbulent 2025 ended with a belief that China is a location that is difficult to replicate - as long as things don't change too drastically.

31/03/2026

Most product failures happen in your customer’s hands.
That’s the problem.
At Agilian Technology, we built our in-house testing lab to catch those failures before they reach the market.
Push prototypes to failure to expose weak points
Validate components before they’re buried inside assemblies
Run reliability tests during production to catch issues early
Simulate real-world abuse: drops, vibration, temperature, transport
Because fixing a problem after mass production?
That’s expensive.
Fixing it early? That’s just good sense.

Hit the link below to read more about the lab, and watch a video tour!