When it comes to PCB manufacturing in Namibia, Namibia Electronics Solutions (NES) is often the first name that comes up—and for good reason. Founded in 2010, this Windhoek-based firm has spent over a decade building a reputation for reliability and technical prowess. What sets NES apart? Their pcb board making process is a blend of time-tested craftsmanship and cutting-edge technology. Walk into their facility, and you'll find state-of-the-art machinery humming away, from automated circuit plotters to precision drilling stations, all operated by a team of engineers who genuinely care about the details.
NES specializes in both single-layer and multilayer PCBs, with a maximum layer count of 12—perfect for complex electronics like industrial control systems or medical devices. But they don't stop at manufacturing. They offer end-to-end solutions, including smt assembly service for surface-mount components and through-hole soldering for larger parts. "We treat every order like it's our own project," says Maria Kamati, NES's operations manager. "If a client comes to us with a prototype, we don't just build it—we help them optimize the design for manufacturability, saving them time and money down the line."
Certifications matter, and NES doesn't skimp here. They're ISO 9001 certified for quality management and RoHS compliant, ensuring their boards meet international environmental standards. Clients rave about their communication, too—no more chasing updates; NES provides real-time tracking and weekly check-ins, so you're never in the dark. Whether you need 10 prototype boards or 10,000 production units, NES delivers on time, every time.
Not every project needs thousands of PCBs. For startups, hobbyists, or companies testing a new design, small-batch manufacturing is key—and that's where Windhoek Circuit Works (WCW) shines. Tucked away in the industrial district of Windhoek, WCW has carved a niche as the go-to supplier for low-volume, high-quality PCBs. Founded by two electrical engineers who met in university, the company prides itself on flexibility and customer service. "We started WCW because we were tired of big manufacturers ignoring small orders," says co-founder Jan Coetzee. "Now, we're the ones who answer the phone at 7 PM when a client has an urgent question about their prototype."
WCW's pcb board making process is optimized for agility. They can turnaround a simple 2-layer PCB in as little as 3 days, and even complex designs with tight tolerances are ready within a week. Their SMT line is compact but efficient, handling everything from 0402 components to QFN packages with precision. What really wins clients over, though, is their willingness to collaborate. If you're not sure about a design choice—say, the spacing between components or the material for your board—their engineers will sit down with you (in person or via video call) and walk through options, never talking down to you or using jargon you don't understand.
While they're best known for prototypes and small runs, WCW can scale up to medium-volume production (up to 5,000 units) without sacrificing quality. They also offer conformal coating services, applying a thin protective layer to PCBs that shields against dust, moisture, and temperature fluctuations—ideal for Namibia's harsh climate. "A farmer once came to us with a PCB for a soil moisture sensor," Jan recalls. "We suggested conformal coating, and he later told us the sensor lasted three years in the field, twice as long as his previous one. That's the kind of impact we love to make."
Based in Walvis Bay, Coastal Electronics Manufacturing (CEM) is all about connections—both literal and figurative. As Namibia's only PCB supplier with direct port access, they excel at international shipping, making them a favorite for clients who need to export finished products. But CEM isn't just a logistics powerhouse; their manufacturing capabilities are equally impressive. Founded in 2015, they've quickly grown from a small workshop to a 10,000-square-foot facility, thanks to their focus on smt assembly service and large-scale production.
CEM's SMT line is a marvel of efficiency, capable of placing up to 50,000 components per hour with 99.9% accuracy. They handle everything from tiny 01005 chips to large BGAs, and their automated optical inspection (AOI) systems catch even the smallest defects before boards leave the factory. "We know that for our clients exporting to Europe or Asia, quality can't be a question," says Pieter van der Merwe, CEM's sales director. "That's why we invest in the best equipment and train our staff relentlessly—so when a client says, 'Can you meet IPC-A-610 Class 3 standards?' we don't just say yes; we prove it."
Beyond SMT, CEM offers dip soldering service for through-hole components, ensuring a strong mechanical bond for parts that need to withstand vibration, like automotive electronics. They also provide full turnkey solutions, sourcing components from trusted global suppliers (so you don't have to manage multiple vendors) and offering functional testing to ensure your PCBs work as intended. With competitive pricing and a team that speaks English, Afrikaans, and Portuguese, CEM is more than a supplier—they're a bridge between Namibia's growing tech scene and the rest of the world.
Innovation is the name of the game at Namib PCB Innovations (NPI). This Windhoek-based supplier isn't afraid to take on challenging projects—think flexible PCBs for wearable tech, high-frequency boards for telecommunications, or heavy-copper PCBs for power electronics. "We love the 'impossible' orders," says Dr. Klaus Berger, NPI's chief technical officer and a former aerospace engineer. "A client once asked us for a PCB that could withstand -40°C to 125°C for a mining sensor. We didn't just make it; we tested it in our environmental chamber for 1,000 hours to prove it would last."
NPI's pcb board making process stands out for its use of advanced materials. They work with Rogers, Isola, and Arlon substrates for high-frequency applications, and their heavy-copper PCBs can handle up to 20 oz copper thickness—perfect for power distribution systems. Their design team uses cutting-edge software like Altium Designer and Cadence Allegro, and they offer DFM (Design for Manufacturability) reviews free of charge. "Too many clients come to us with designs that are hard to build or prone to failure," Dr. Berger explains. "We fix those issues upfront, so the final product is both reliable and cost-effective."
While NPI is a leader in specialized PCBs, they're also practical. They offer standard PCB manufacturing for clients who need something more straightforward, with competitive pricing and quick lead times. They're ISO 13485 certified, making them a trusted partner for medical device manufacturers, and they're ITAR registered for clients in the defense and aerospace sectors. "At the end of the day, it's not about the technology—it's about solving problems," Dr. Berger adds. "Whether you need a simple LED driver PCB or a complex radar system board, we're here to make it work."
When most people think of Namibia's tech industry, they focus on Windhoek or Walvis Bay—but Oshakati Tech Manufacturing (OTM) is putting northern Namibia on the map. Founded in 2015 by a group of local entrepreneurs, OTM started small, with just a handful of machines, but has grown into a thriving supplier known for affordability without compromising on quality. "We believe everyone should have access to reliable PCBs, whether you're a big company or a student with a startup idea," says founder David Uushona. "That's why we keep our prices competitive and offer flexible payment plans for small businesses."
OTM specializes in standard PCBs (single to 8 layers) and basic smt assembly service , making them ideal for consumer electronics, LED lighting, and simple industrial controls. Their facility is smaller than some of the larger suppliers, but that's a strength: they have lower overhead, which translates to lower prices for clients. "We don't have fancy offices or expensive marketing campaigns," David laughs. "We invest that money back into our machinery and our team." Their staff is trained in-house, with a focus on attention to detail—every PCB goes through a manual inspection by two technicians before it's shipped.
What really makes OTM special is their commitment to the local community. They offer internships to engineering students from the University of Namibia and partner with local schools to teach basic electronics. "We want to grow the tech ecosystem here in Oshakati," David says. "If we help train the next generation of engineers, everyone wins." For clients who value supporting local businesses and getting a great product at a fair price, OTM is a top choice.
Nestled along Namibia's scenic coast, Swakopmund Electronics Hub (SEH) has made a name for itself by specializing in PCBs that can handle harsh environments—especially saltwater and humidity. "Living by the ocean, we know firsthand how corrosive salt air can be," says owner Sarah Hoffmann, a marine electronics expert. "That's why we developed a conformal coating process that's 30% more resistant to salt spray than standard coatings. Our clients in the fishing, shipping, and offshore oil industries love it."
SEH's facility includes a dedicated conformal coating line, with options for acrylic, silicone, and urethane coatings. They use automated spray systems for consistency and offer selective coating for PCBs with sensitive components that shouldn't be coated. "A fishing company once told us their radar PCBs were failing every 6 months due to corrosion," Sarah recalls. "We coated their new boards with our silicone conformal coating, and they're still working after two years. That's the difference the right protection makes."
Beyond conformal coating, SEH manufactures standard PCBs and offers dip soldering service for through-hole components. They're small but mighty, with a focus on quality over quantity. "We only take on a limited number of orders each month so we can give each client the attention they deserve," Sarah says. Their lead times are competitive (5-7 days for standard PCBs), and they offer expedited service for urgent orders. For clients in coastal areas or anyone who needs PCBs that can stand up to moisture, salt, or chemicals, SEH is the clear choice.
In the heart of southern Namibia, Keetmanshoop Precision Circuits (KPC) is proving that world-class PCB manufacturing doesn't need to be in a big city. Founded in 2012 by a team of engineers who wanted to bring tech jobs to rural areas, KPC has grown into a sustainable, eco-friendly supplier that prides itself on reducing waste and minimizing its carbon footprint. "We started KPC because we love this town and wanted to give back," says managing director John Brandt. "Sustainability wasn't an afterthought—it was built into our business model from day one."
KPC's pcb board making process includes several green initiatives: they recycle 95% of their copper waste, use water-based inks for silkscreening, and power their facility with solar panels (supplemented by the grid during cloudy days). They're also committed to energy efficiency—their new drying ovens use 40% less electricity than older models, and their lighting is all LED. "Sustainability saves us money, which we pass on to our clients," John explains. "It's a win-win: they get a great PCB, and they feel good about supporting an eco-friendly business."
Don't let their rural location fool you—KPC has the technical chops to compete with any supplier in Namibia. They specialize in prototype and small-batch PCBs, with a focus on quick turnaround times (3-5 days for most orders). Their team is small but highly skilled, with an average of 10 years of experience in PCB manufacturing. They also offer free shipping to clients in Windhoek, Walvis Bay, and other major cities, making it easy to work with them no matter where you are in the country.
In Namibia's agricultural heartland, Grootfontein Electronics Works (GEW) has become the go-to supplier for PCBs used in farming and agribusiness. From soil moisture sensors to irrigation control systems, GEW understands the unique needs of the agricultural sector. "Farmers need PCBs that are tough, reliable, and affordable," says owner Hendrik Botha, a former agronomist. "They don't care about fancy specs—they care if the board will work when it's dusty, rainy, or 40°C in the shade. That's what we deliver."
GEW's PCBs are designed with agriculture in mind. They use thick, durable substrates to withstand physical damage (like being dropped by a farmer in the field), and their conformal coating is optimized for dust and moisture resistance. They also offer specialized testing for agricultural electronics, including vibration testing (to simulate being transported on a bumpy tractor) and thermal cycling (to mimic day-night temperature swings). "We once built a PCB for a grain moisture meter that a farmer could ｄｒｏｐ from waist height onto concrete," Hendrik says. "It still worked perfectly—he tested it himself!"
Beyond manufacturing, GEW offers repair services for damaged PCBs, saving farmers the cost of replacing entire systems. "A lot of farmers can't afford to buy new electronics every time something breaks," Hendrik explains. "We fix the PCB, and they're back in business." They also provide on-site support for large projects, like installing irrigation control systems for commercial farms. For anyone in the agricultural sector, GEW is more than a supplier—they're a partner who understands your industry inside and out.
Luderitz, a historic port town known for its diamond mining, is also home to Luderitz Tech Solutions (LTS), a supplier specializing in PCBs for the mining and heavy industry sectors. "Mining is tough on equipment—dust, vibration, extreme temperatures, even chemical exposure," says CEO Paulus !Naruseb, a former mining engineer. "Our PCBs are built to survive that. We use military-grade components and ruggedized designs, so they don't fail when our clients need them most."
LTS's pcb board making process includes several mining-specific features. Their PCBs have reinforced edges to prevent cracking during installation, and they use high-temperature laminates that can withstand up to 150°C. They also offer dip soldering service with extra-strong solder joints, ensuring components stay in place even under heavy vibration. "A mine in Oranjemund once had a control system PCB that kept failing due to vibration," Paulus recalls. "We redesigned it with larger pads and added conformal coating, and it's been running for three years without a hitch."
LTS works closely with mining companies to understand their unique challenges. They offer custom design services for specialized equipment, like drill rig control systems or ore sorting sensors, and they're certified to meet IEC 61010 standards for electrical equipment in hazardous areas. "Safety is non-negotiable in mining," Paulus says. "Our PCBs are designed to prevent sparks and withstand voltage surges, keeping workers safe and operations running smoothly." For clients in mining, construction, or any heavy industry, LTS delivers the durability and reliability you need.
Tsumeb, known for its medical facilities and healthcare innovation, is the home of Tsumeb Advanced Circuits (TAC), a supplier specializing in PCBs for medical devices. "Medical electronics require the highest level of precision and reliability," says Dr. Ndapewa Amukoto, TAC's quality director and a former biomedical engineer. "A single defect in a pacemaker PCB could cost a life. That's why our pcb board making process is the most stringent in Namibia."
TAC is ISO 13485 certified, the gold standard for medical device manufacturing, and their facility is Class 8 cleanroom certified for PCB assembly. They use only traceable components from authorized distributors, and every batch of PCBs undergoes 100% electrical testing, including flying probe testing for complex boards. "We once built PCBs for a local medical device company's portable ultrasound machine," Dr. Amukoto says. "They needed sub-millimeter trace widths for the high-frequency transducers. We delivered, and their device is now used in rural clinics across Namibia—saving lives by providing access to ultrasound."
Beyond manufacturing, TAC offers validation and documentation support, helping clients navigate the complex regulatory landscape for medical devices. "Getting a medical device approved is hard enough," Dr. Amukoto explains. "We provide all the test reports, material certifications, and process documentation they need, so they can focus on their design." For medical device companies who can't compromise on quality or compliance, TAC is the trusted partner.
| Supplier | Specialty | Key Services | Certifications | Lead Time |
|---|---|---|---|---|
| Namibia Electronics Solutions (NES) | Multilayer PCBs, End-to-End Solutions | PCB Manufacturing, SMT Assembly, Through-Hole Soldering | ISO 9001, RoHS | 5-10 Days |
| Windhoek Circuit Works (WCW) | Prototypes, Small-Batch | Fast Prototyping, Conformal Coating | ISO 9001 | 3-7 Days |
| Coastal Electronics Manufacturing (CEM) | High-Volume SMT, Export Logistics | SMT Assembly, Dip Soldering, Export-Ready | IPC-A-610 Class 3, RoHS | 7-14 Days |
| Namib PCB Innovations (NPI) | Advanced Materials, Specialized PCBs | Flexible/High-Frequency PCBs, Heavy-Copper | ISO 13485, ITAR | 10-15 Days |
| Oshakati Tech Manufacturing (OTM) | Affordable Standard PCBs, Local | Basic PCBs, Simple SMT | ISO 9001 | 5-10 Days |
Selecting a PCB board making supplier in Namibia isn't just about finding someone who can build a circuit board—it's about finding a partner who understands your industry, values your goals, and delivers quality you can rely on. Whether you need a prototype for a new invention, high-volume production for consumer electronics, or a ruggedized PCB for mining equipment, the 10 suppliers on this list offer something unique. From Namibia Electronics Solutions' end-to-end expertise to Tsumeb Advanced Circuits' medical-grade precision, there's a supplier here for every project.
Remember, the best supplier for you depends on your specific needs: Are you prioritizing speed, or is durability more important? Do you need specialized services like conformal coating or dip soldering? Are certifications like ISO 13485 or RoHS a must? Take the time to reach out to a few suppliers, ask questions, and even visit their facilities if you can. A good supplier will be happy to walk you through their process, share client references, and help you find the best solution for your project.
Namibia's PCB manufacturing industry is growing, and these suppliers are leading the charge—blending technical skill with a personal touch that's hard to find in larger, impersonal factories. By choosing a local partner, you're not just getting a great PCB; you're supporting the growth of Namibia's tech ecosystem and building relationships that can last for years to come. So go ahead—reach out, share your project, and take the first step toward turning your electronics vision into reality.
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