Top 10 PCB Board Making Suppliers in Honduras

When it comes to precision in high-stakes industries like medical devices and industrial automation, Honduras Circuits & Assembly Co. is the name that engineers trust. Founded in 2005 in San Pedro Sula, this family-owned business has grown from a small workshop to a 40,000 sq. ft. facility, but they've never lost sight of what matters: attention to detail.

Their pcb board making process is a masterclass in thoroughness. Starting with advanced CAD design support, they guide clients through material selection (FR-4, aluminum-backed, or flex PCBs) before moving to prototyping. What sets them apart? Their in-house smt pcb assembly line, equipped with state-of-the-art pick-and-place machines that handle components as tiny as 01005 (0.4mm x 0.2mm). "We once had a client in Guatemala who needed a custom PCB for a portable ultrasound device," says plant manager Maria Alvarez. "They came to us with a tight deadline, and our team turned around 50 prototypes in 72 hours—complete with conformal coating to protect against moisture in hospital environments."

Beyond speed, their commitment to compliance shines. All products meet IPC-A-610 Class 3 standards, and their RoHS-certified processes ensure compatibility with European markets. With a client roster including medical equipment manufacturers in Costa Rica and industrial sensor producers in Mexico, they're proof that Honduran PCB expertise reaches far beyond national borders.

Tegucigalpa Tech Manufacturing (TTM) is where innovation meets scalability. Located just outside the capital, this supplier has made a name for itself by bridging the gap between small-batch prototypes and mass production. "We started with a focus on startups," explains CEO Carlos Mendez, "but today, we're equally comfortable producing 100 custom boards for a tech entrepreneur or 100,000 units for a car parts supplier."

TTM's service portfolio is impressively comprehensive. They offer everything from PCB design to final assembly, including dip soldering service for through-hole components—a rarity among smaller Honduran suppliers. Their automated wave soldering machines ensure consistent quality, even for high-volume orders. "A client in El Salvador needed 50,000 PCBs for home security cameras last year," Carlos recalls. "We combined SMT for the surface-mounted LEDs and DIP soldering for the larger capacitors, delivering the entire order in 4 weeks. They've been with us ever since."

Automotive clients particularly value TTM's IATF 16949 certification, a stringent standard for automotive parts. Their climate-controlled production floor minimizes temperature-related defects, and their testing lab includes thermal cycling equipment to simulate extreme conditions. For consumer electronics brands, their low-cost, high-quality model is a game-changer—they recently partnered with a Honduran smartphone accessory company to produce PCBs for wireless chargers, reducing the brand's production costs by 22% compared to importing from Asia.

Prototek Solutions is the new kid on the block, but they've quickly become a favorite among innovators. Founded by a team of ex-Intel engineers, this San Pedro Sula-based supplier specializes in turning ideas into tangible PCBs—fast. "We know what it's like to be in a startup's shoes," says co-founder Luis Ramos. "You have a deadline, a limited budget, and you need to test your design before scaling. That's where we step in."

Their claim to fame? 24-hour prototype turnaround for simple designs, and 72-hour for complex multilayer boards. How do they do it? A streamlined pcb board making process that leverages digital workflows and a small, dedicated team. "We use online design tools that sync directly with our manufacturing software," Luis explains. "Clients upload their Gerber files, get an instant quote, and we start production within hours."

While prototyping is their bread and butter, Prototek also handles low-volume production (up to 5,000 units) with ease. They offer add-ons like conformal coating for clients in harsh environments—recently, they worked with a solar panel installer in Nicaragua to coat PCBs for outdoor charge controllers, ensuring resistance to humidity and UV rays. "Our goal is to be the 'friend in the industry' for startups," Luis adds. "We don't just sell PCBs; we offer design feedback, material suggestions, and even help source components locally to cut costs."

With over 25 years in the business, Industrial Circuits of Honduras (ICH) is the elder statesman of the country's PCB industry—and for good reason. This Tegucigalpa-based giant has built its reputation on reliability, serving clients in sectors where failure is not an option: aerospace, defense, and heavy machinery.

ICH's facilities are a testament to their commitment to excellence. Their 60,000 sq. ft. plant includes a Class 10,000 cleanroom for PCB fabrication and a separate smt pcb assembly wing with dual-lane production lines. "We're one of the few suppliers in Central America that can handle 20-layer PCBs," says quality director Ana Rodriguez. "Last year, we delivered a batch for a regional airline's navigation system—each board underwent 17 separate tests, including X-ray inspection and thermal shock testing."

What truly distinguishes ICH is their vertically integrated model. They produce their own laminates, reducing dependency on imports, and operate a dedicated pcba testing lab with automated optical inspection (AOI) and flying probe testers. "A client in Panama needed PCBs for a construction crane's control system," Ana recalls. "They required 100% traceability, so we provided detailed reports for every component, from resistor batch numbers to soldering temperatures. That level of transparency is non-negotiable for us."

While their prices are higher than some competitors, clients say the investment is worth it. "You pay for peace of mind," notes a purchasing manager at a Costa Rican aerospace firm. "With ICH, you never have to worry about a batch failing in the field."

Atlantic Coast Electronics, based in La Ceiba, has carved a niche in industries that demand ruggedness: marine electronics and renewable energy. "Our location on the Caribbean coast inspires us," jokes founder Hector Suarez. "If a PCB can survive the humidity and salt air here, it can survive just about anywhere."

ACE's expertise in conformal coating is legendary among local clients. They offer multiple coating options—acrylic, silicone, and urethane—tailored to specific environments. "A fishing boat manufacturer in Belize came to us with a problem," Hector says. "Their fishfinder PCBs kept failing due to saltwater spray. We applied a thick silicone conformal coating, and now those units last 3x longer."

Renewable energy clients, too, sing their praises. ACE produces PCBs for solar inverters and wind turbine controllers, with a focus on heat dissipation. Their aluminum-backed PCBs and thermal management consulting help clients maximize efficiency. "We worked with a solar farm in Honduras to redesign their inverter PCBs," Hector explains. "By optimizing the layout and using a ceramic-filled substrate, we reduced operating temperatures by 15°C, which boosted the inverters' lifespan by years."

What sets ACE apart is their hands-on approach. "We don't just manufacture—we collaborate," Hector adds. "If a client's design has a flaw, we'll flag it and suggest fixes. Last month, a client in Guatemala sent us plans for a wave energy sensor PCB. Our engineers noticed the component placement would cause interference, so we redesigned the layout for free. They were so impressed, they doubled their order."

While most suppliers focus on rigid PCBs, Honduras Flex Circuits (HFC) has made flexibility their mission. This San Pedro Sula-based company is Central America's go-to for flexible and rigid-flex PCBs, serving clients in robotics, wearables, and automotive interiors.

Flex PCBs are tricky to manufacture—they require precise handling to avoid damaging the thin, bendable substrates. HFC's team has honed their pcb board making process over a decade, using specialized equipment that minimizes stress during etching and soldering. "We once produced a flex PCB for a Costa Rican robotics company that needed to bend 180 degrees 10,000 times without failing," says lead engineer David Mendez. "Our material selection and reinforced solder joints made it possible—their prototype passed every durability test."

Rigid-flex PCBs, which combine rigid and flexible sections, are another specialty. These are ideal for compact devices like smartwatches or medical monitors, where space is limited. "A client in El Salvador wanted a PCB for a portable ECG machine," David recalls. "By using a rigid-flex design, we eliminated the need for connectors between the display and sensor modules, reducing size by 30% and improving reliability."

HFC is also committed to sustainability. Their ISO14001 certification reflects their eco-friendly practices, from water recycling in production to using lead-free solders. "We're seeing more clients ask about sustainability," David notes. "Last year, a European wearable brand chose us over Asian suppliers specifically because of our green credentials. It's proof that doing the right thing is also good for business."

Northern Lights Electronics (NLE) is lighting up the region—literally. This Tegucigalpa supplier has become a leader in PCB manufacturing for LED lighting systems and IoT devices, combining affordability with cutting-edge technology.

Their smt pcb assembly line is optimized for high-density LED PCBs, which require precise component placement to ensure uniform light output. "LEDs are sensitive to heat and voltage fluctuations," explains founder Sofia Gonzalez. "Our process includes thermal profiling for each batch, so we can adjust soldering temperatures to prevent damage. A Honduran streetlight company switched to us last year, and they've seen a 15% reduction in LED failures."

IoT devices are another growth area for NLE. They produce PCBs for smart thermostats, home security sensors, and agricultural monitoring systems. What clients love most? Their quick-turn pcba testing service. "An IoT startup in Nicaragua needed to test 500 sensor PCBs for a soil moisture project," Sofia says. "We ran functional tests on each unit—checking connectivity, battery life, and sensor accuracy—and delivered results within 48 hours. They launched their product on time, thanks to us."

NLE also prides itself on education. "We host monthly workshops for local startups," Sofia adds. "Topics like PCB design for manufacturing or how to reduce EMI in IoT devices. It's our way of giving back—and it helps us build long-term relationships. Many of those startups become our clients down the line."

Honduras Power PCBs (HPP) doesn't shy away from high voltage. This Tegucigalpa supplier specializes in PCBs for power supplies, motor controllers, and industrial inverters—applications where current handling and heat management are critical.

Their pcb board making process includes thick copper PCBs (up to 10oz copper) and specialized insulation materials to handle high power densities. "A manufacturer in Mexico needed a PCB for a 3kW solar inverter," says engineering lead Juan Carlos. "The standard FR-4 substrate wasn't enough—we used a high-Tg FR-4 with 4oz copper layers and added thermal vias to pull heat away from the MOSFETs. The result? Their inverter runs 20°C cooler than before."

HPP also offers dip soldering service for large through-hole components like capacitors and transformers, which are common in power electronics. Their wave soldering machines are calibrated for high-heat solder alloys, ensuring strong bonds even for massive components. "We once soldered a transformer that weighed over 500g onto a PCB," Juan Carlos laughs. "It required custom fixtures to keep it in place during soldering, but we made it work. The client still calls us for their biggest projects."

What clients appreciate most is HPP's engineering support. "We don't just build what you design—we help you design better," Juan Carlos says. "A client in Costa Rica came to us with a power supply PCB that kept failing. Our team analyzed the layout and realized the ground plane wasn't properly connected. We redesigned it, and now their failure rate is near zero."

For businesses that need PCBs in bulk, Western Honduras Electronics (WHE) is the answer. Located in Santa Rosa de Copán, near the Guatemalan border, this supplier focuses on high-volume production (100,000+ units) at competitive prices, making them a favorite among consumer electronics brands.

Their secret? Efficiency. WHE has optimized every step of their smt pcb assembly line, from automated component loading to robotic inspection. "We can produce 500,000 PCBs per month for a fraction of the cost of Asian suppliers," says operations manager Pedro Linares. "A Honduran TV manufacturer switched to us last year for their mainboard PCBs. We cut their costs by 18% and improved delivery times from 8 weeks to 3."

Despite the focus on volume, quality isn't compromised. WHE uses AOI machines to inspect every PCB, and their IPC-A-610 Class 2 certification ensures reliability for consumer goods. "We once had a client order 200,000 PCBs for Bluetooth speakers," Pedro recalls. "Our AOI caught a batch where the microphone pads were misaligned—we fixed the issue before any boards shipped. The client was so relieved they signed a 2-year contract."

WHE also offers turnkey services, including component sourcing. "Many clients don't have the time to source resistors, capacitors, and ICs," Pedro explains. "We have partnerships with distributors in the US and China, so we can source components at bulk prices and pass the savings on. Last month, a client in El Salvador needed 100,000 PCBs for smart bulbs—we sourced the LEDs, microcontrollers, and sensors, then assembled the PCBs. They got a one-stop solution at a price they couldn't match elsewhere."

Innovatech PCBs is where cutting-edge technology meets Honduran craftsmanship. This San Pedro Sula-based startup caters to AI, machine learning, and IoT innovators, offering quick-turn prototyping and specialized PCBs for sensors and edge computing devices.

Their pcba testing lab is a tech lover's dream, with equipment for signal integrity testing, EMI/EMC analysis, and environmental simulation. "A client in Costa Rica was developing an AI-powered agricultural sensor," says founder Andrea Martinez. "Their PCB kept picking up interference from nearby motors. We used our EMI chamber to identify the problem, then redesigned the grounding and added shielding. Now their sensor works flawlessly in noisy farm environments."

Innovatech also specializes in PCBs for high-speed data transmission, such as those used in 5G routers and AI accelerators. Their controlled-impedance PCBs and differential pair routing expertise ensure signal integrity at GHz frequencies. "We worked with a university in Guatemala on a drone-based LiDAR system," Andrea explains. "Their PCB needed to transmit data at 10Gbps between the sensor and the on-board computer. We designed it with stripline traces and impedance matching, and now their drone can map terrain in real time."

What makes Innovatech unique is their collaborative culture. "We assign a dedicated engineer to every client," Andrea says. "They're available 24/7 during prototyping—even on weekends. A startup in Panama once needed a PCB redesign at 9 PM on a Saturday because their investor demo was Monday. Our engineer logged in, made the changes, and we had prototypes ready by Sunday afternoon. They nailed the demo and closed their funding round."

Honduras Electronics Manufacturing (HEM) is the country's largest PCB exporter, with clients in the US, Europe, and Latin America. This San Pedro Sula-based giant offers end-to-end services: PCB design, fabrication, assembly, testing, and logistics—making them a one-stop shop for global brands.

Their smt pcb assembly and dip soldering service lines are complemented by in-house conformal coating and pcba testing , allowing them to handle complex projects from start to finish. "A medical device company in Germany needed 10,000 PCBs for a portable blood glucose monitor," says export manager Elena Fuentes. "We sourced the components, fabricated the PCBs, assembled them, applied conformal coating, tested each unit, and shipped them directly to their warehouse in Hamburg. They didn't have to lift a finger—we handled everything."

HEM's global reach is powered by Honduras' trade agreements, including CAFTA-DR, which allows duty-free export to the US. "American clients love us because we offer Asian-quality at near-shore prices," Elena notes. "A US-based robotics company saved 30% on shipping costs by switching to us from a Chinese supplier. Plus, our 2-week lead times beat the 6-8 weeks they were getting from Asia."

Quality is non-negotiable for HEM. They hold ISO13485 certification for medical devices and ISO16949 for automotive, and their facilities undergo regular audits by clients like GE and Siemens. "We once had a surprise audit from a European automotive client," Elena recalls. "They checked every process, from component storage to final testing. We passed with zero findings—and they increased their order by 50%."