Top 10 PCBA Test Suppliers in Ukraine

Nestled in the heart of Kyiv, Kyiv Electronics Test Solutions (KETS) has built a reputation as a trusted partner for businesses that refuse to compromise on quality. Founded in 2012, this family-owned business started with a simple mission: to make PCBA testing accessible and reliable for Ukrainian manufacturers. Today, with a 7,000-square-meter facility and a team of 45 engineers, they've expanded that mission to serve clients across Europe and Asia.

What sets KETS apart is their holistic approach to testing. They don't just check if a PCB works—they investigate why it works (or doesn't), providing actionable insights that help clients refine their designs. Their pcba testing process is a testament to this commitment, starting with a collaborative design review where their engineers sit down with your team to understand the product's end use. "If a PCB is going into a medical monitor, the stakes are different than if it's for a children's toy," explains Olga Petrenko, KETS's Quality Director. "We tailor our test protocols to match those stakes."

For clients seeking a one-stop solution, KETS has partnered with a reliable smt contract manufacturer in Vinnytsia, offering end-to-end services from component sourcing to final testing. "We believe in building long-term relationships," says Petrenko. "Many of our clients have been with us since day one, and that's because we treat their products like our own."

In the historic city of Lviv, where old-world charm meets cutting-edge innovation, Lviv PCB Testing Labs (LPTL) has emerged as a leader in precision testing for high-complexity PCBs. Founded in 2008 by a team of former aerospace engineers, LPTL brings a military-grade attention to detail to every project—even if the end product is a smart home device.

Walking through their facility, you'll find state-of-the-art equipment like Teradyne ICT systems and National Instruments test platforms, but what truly impresses is the team's problem-solving mindset. "We once had a client whose PCB kept failing functional tests, and no one could figure out why," recalls Mykhailo Kovalev, LPTL's Chief Engineer. "After three days of testing, we discovered a hairline crack in a trace that only appeared under thermal stress. That's the level of detail we're talking about."

LPTL specializes in low-volume, high-mix testing, making them a favorite among startups and R&D teams. They understand that prototypes often come with last-minute design changes, and their flexible workflows adapt accordingly. "A startup might need 10 PCBs tested in a week, while a large manufacturer needs 10,000," Kovalev says. "We handle both with the same rigor."

Certified to ISO 9001 and IPC-A-610, LPTL also prides itself on transparency. "We don't just send a 'pass/fail' report," Kovalev adds. "We provide a full breakdown of test parameters, so you know exactly how your PCB performed under every condition."

Odessa, a bustling port city on the Black Sea, is home to Odessa Precision Testing Services (OPTS), a supplier known for its fast turnaround times and cost-effective solutions. Founded in 2015, OPTS has quickly become a go-to for businesses that need quality testing without breaking the bank—particularly those in the consumer electronics and automotive sectors.

"We started OPTS because we saw a gap in the market," says CEO Ivan Kovalenko. "Many testing labs either charged exorbitant fees or took weeks to deliver results. We wanted to prove that you could have speed, affordability, and accuracy all at once." Today, with a team of 30 engineers and a 5,000-square-meter facility, they've made good on that promise, offering standard tests with 24-hour turnaround and custom projects in as little as three days.

OPTS's secret? A streamlined workflow powered by automation. Their testing lines are equipped with robotic handlers that load and unload PCBs, reducing human error and speeding up the process. "Our system can test up to 500 PCBs per hour for basic functional checks," Kovalenko explains. "For clients with tight deadlines, that's a game-changer."

As a turnkey finished assembly exporter, OPTS has also expanded into helping clients navigate international shipping, ensuring that tested PCBs meet import/export regulations and arrive on time. "We're more than a testing lab—we're a logistics partner," Kovalenko adds. "Our clients in Germany and Poland love that they can send us a design, and we handle everything from testing to getting the product to their warehouse."

Dnipro, a city with a rich industrial heritage, is the birthplace of Dnipro Tech Inspectors (DTI), a supplier that combines old-world craftsmanship with new-world technology. Founded in 2005, DTI has grown from a small workshop to a regional leader, serving clients in Ukraine, Russia, and Kazakhstan.

What makes DTI unique is their focus on education. Many of their engineers are part-time lecturers at Dnipro National University, ensuring that the team stays up-to-date on the latest advancements in PCB design and testing. "We believe that knowledge sharing makes us better," says Elena Shapovalova, DTI's Operations Manager. "Our engineers aren't just testing PCBs—they're teaching the next generation of engineers how to design better ones."

DTI specializes in testing for industrial electronics, where reliability is non-negotiable. "If a PCB fails in a factory machine, it can cost thousands of dollars in downtime," Shapovalova explains. "Our tests are designed to simulate years of wear and tear in a matter of days." Their environmental testing chamber, for example, can subject PCBs to temperatures ranging from -40°C to 125°C and humidity levels up to 95%, ensuring they hold up in even the harshest industrial settings.

Certified to ISO 13485 (medical device quality management), DTI has also recently expanded into medical PCB testing, a move that Shapovalova says aligns with their commitment to saving lives. "Whether it's a pacemaker or a factory robot, the goal is the same: to keep people safe and productive."

Kharkiv, Ukraine's second-largest city, is a hub for tech innovation, and Kharkiv Test Systems (KTS) is at the forefront of that movement. Founded in 2010 by a group of software engineers, KTS has carved a niche for itself by developing cutting-edge test software that makes complex testing accessible to small and medium-sized businesses.

"We started because we saw how many great Ukrainian startups were struggling with testing," says Andriy Borysov, KTS's CTO. "They had amazing ideas but couldn't afford the expensive test systems used by big corporations. So we built software that works with off-the-shelf hardware, making testing affordable."

Today, KTS offers both software solutions and testing services, giving clients the flexibility to either outsource testing or bring it in-house. Their flagship product, TestFlex, is a pcba functional test software that allows users to create custom test sequences with drag-and-ｄｒｏｐ simplicity. "You don't need to be a coding expert to use it," Borysov says. "A design engineer can set up a functional test in 30 minutes, not three days."

KTS also offers low-volume testing services for clients who need a few PCBs validated before scaling up. "We're like a testing incubator," Borysov adds. "We help startups get their products ready for mass production, then hand them the tools to test in-house once they're ready."

Zaporizhia, known for its energy sector, is home to Zaporizhia Electronics Quality (ZEQuality), a supplier that specializes in testing PCBs for high-power applications. From solar inverters to electric vehicle chargers, ZEquality's team understands the unique challenges of testing PCBs that handle large amounts of electricity.

"High-power PCBs have different failure modes than low-power ones," explains Sergei Melnyk, ZEquality's Lead Engineer. "A small flaw in a trace can lead to overheating, which isn't just a product failure—it's a safety hazard. Our tests are designed to catch those flaws before they leave the lab."

Founded in 2009, ZEquality has invested heavily in specialized equipment, including high-current test rigs and thermal imaging cameras that can detect hotspots invisible to the naked eye. Their facility also includes a dedicated EMC (Electromagnetic Compatibility) chamber, ensuring that PCBs don't interfere with other devices or pick up unwanted interference.

With clients across Europe and the Middle East, ZEquality is also a strong proponent of sustainability. "Many of our clients are in renewable energy, so we've made our lab as eco-friendly as possible," Melnyk says. "We use solar panels to power our test equipment and recycle all waste materials. It's our way of contributing to the same mission our clients are on."

Vinnytsia, a city in west-central Ukraine, is where Vinnytsia PCBA Test Experts (VPTE) has been quietly building a reputation for personalized service since 2014. Unlike larger labs that treat clients as numbers, VPTE prides itself on assigning a dedicated project manager to every client, ensuring clear communication and tailored solutions.

"We once had a client who needed a PCB tested for a prototype drone," says Natalia Kucherenko, VPTE's Client Relations Manager. "Their deadline was in two weeks, and they were panicking because another lab had turned them down. Our project manager worked with their team every day, even on weekends, to get the tests done on time. That's the VPTE difference—we treat your deadlines like our own."

VPTE offers a wide range of testing services, but their specialty is functional testing for consumer electronics. They understand that in a market where consumers demand perfection, even a minor flaw can lead to negative reviews and lost sales. "If a smartphone PCB has a 1% failure rate, that's 10,000 unhappy customers for every million units sold," Kucherenko explains. "We help clients get that rate down to 0.01% or lower."

VPTE is also certified to RoHS and REACH standards, ensuring that tested PCBs meet international environmental regulations. "We don't just test for performance—we test for compliance," Kucherenko adds. "Our clients can sell their products in the EU, US, and beyond without worrying about regulatory hurdles."

Mykolaiv, a shipbuilding city with a knack for precision engineering, is home to Mykolaiv Circuit Checkers (MCC), a supplier that brings maritime-level rigor to PCBA testing. Founded in 2007 by a team of naval engineers, MCC specializes in testing PCBs for harsh environments—think saltwater, extreme temperatures, and constant vibration.

"Shipboard electronics have to survive conditions that would destroy most consumer PCBs," says Viktor Tkachenko, MCC's Founder. "We apply that same ruggedness testing to all our projects. Whether a PCB is going into a fishing boat or a desert oil rig, we make sure it can handle whatever the world throws at it."

MCC's facility includes a salt spray chamber, a vibration table, and a thermal shock chamber, allowing them to simulate everything from oceanic corrosion to desert heat. Their engineers also have expertise in failure mode and effects analysis (FMEA), helping clients identify potential weaknesses in their designs before testing even begins.

With clients in Norway, Saudi Arabia, and Australia, MCC has become a global player in rugged electronics testing. "We speak the language of tough industries," Tkachenko says. "Our clients don't need to explain why a PCB needs to survive a sandstorm—we already get it."

Kherson, a city in southern Ukraine, is where Kherson Test Innovations (KTI) is pushing the boundaries of PCBA testing with AI-powered solutions. Founded in 2018, this young company is leveraging machine learning to make testing faster, more accurate, and predictive.

"Traditional testing is reactive—you find a failure after it happens," explains Maksym Ivanov, KTI's CEO. "With AI, we can be proactive. Our system learns from thousands of test results to predict which PCBs are likely to fail, even if they pass initial checks."

KTI's AI platform, TestAI, analyzes data from in-circuit and functional tests to identify patterns that human engineers might miss. For example, a slight variation in resistance in a particular component might not cause an immediate failure, but TestAI can flag it as a potential issue in the future. "We're not just testing for today—we're testing for tomorrow," Ivanov says.

While AI is their headline offering, KTI also provides standard testing services, with a focus on high-volume production runs. Their automated testing lines can handle up to 2,000 PCBs per day, making them a favorite among large manufacturers.

KTI is also committed to research and development, partnering with Kherson State University to explore new AI applications in testing. "The future of PCBA testing is smart, and we're building it," Ivanov adds.

Rounding out our list is Sumy Electronics Validation (SEV), a Sumy-based supplier that specializes in low-volume, high-precision testing for niche industries. Founded in 2011, SEV has built a loyal client base by focusing on sectors that larger labs often overlook, such as musical instruments, scientific equipment, and custom industrial controls.

"Not every PCB is for a smartphone or a car," says Iryna Shevchenko, SEV's Marketing Director. "We test PCBs for guitar amplifiers, laboratory spectrometers, and even custom machinery for artisanal food production. These clients need specialized testing, and we deliver."

SEV's team prides itself on its flexibility. They're willing to develop custom test fixtures for one-of-a-kind PCBs and work with clients who have unique requirements. "A client once needed a PCB tested for use in a zero-gravity environment—yes, space!" Shevchenko laughs. "We didn't have a zero-gravity chamber, but we worked with a university to simulate it using parabolic flights. Where there's a will, there's a way."

SEV also offers rush testing services for clients with urgent deadlines, with options for 48-hour turnaround on small orders. "We know that in niche industries, time is still money," Shevchenko adds. "Our clients can count on us to deliver when they need it most."