Top 10 PCB Board Making Suppliers in Palestine

Founded in 2005, Ramallah Circuits isn't just the oldest PCB supplier in Palestine—it's a pioneer. Located in the heart of Ramallah's industrial zone, this family-owned business started with a small 200 sq.m workshop and has grown into a 2,500 sq.m facility equipped with state-of-the-art machinery. What sets them apart? Their pcb board making process is a masterclass in precision. They specialize in 2-8 layer PCBs, with a focus on rigid and flex-rigid boards for medical devices and automotive components.

"We once had a client from Jordan who needed a prototype for a portable ultrasound machine—they were on a tight deadline," says CEO Lina Khoury. "Our team worked around the clock, using our in-house component management software to track every resistor and capacitor, ensuring we didn't waste a single part. We delivered in 5 days, and they've been a repeat client ever since." Ramallah Circuits also prides itself on sustainability; their production line is 70% solar-powered, and they've achieved ISO 14001 certification for environmental management.

Gaza Electronics Manufacturing (GEM) is a story of resilience. Established in 2010, GEM operates in Gaza City, where access to raw materials can be unpredictable. To overcome this, they've built a robust network of local and international suppliers, stockpiling critical components to ensure fast delivery even during disruptions. Their specialty? smt pcb assembly for consumer electronics—think smart home devices, LED lighting controllers, and IoT sensors.

"We focus on small-to-medium runs, which lets us be nimble," explains operations manager Ahmed al-Masri. "A client in Dubai once needed 500 custom PCBs for a smart irrigation system. They were worried about lead times, but we had most components in stock thanks to our component management system , and we finished assembly in 10 days. They were shocked—they'd been quoted 3 weeks by suppliers in Turkey!" GEM's 10,000 sq.m facility includes a climate-controlled cleanroom for SMT assembly and a testing lab where every board undergoes functional and thermal stress tests.

Bethlehem Precision Circuits (BPC) is all about high-precision work. Tucked away in Bethlehem's industrial park, this supplier has made a name for itself in the aerospace and defense sectors, where even a tiny flaw in a PCB can have catastrophic consequences. Their 4-12 layer boards are known for tight tolerances—they can achieve trace widths as narrow as 3mil (0.076mm) and hole diameters of 0.1mm, making them ideal for high-frequency applications like radar systems.

"Aerospace clients don't just want quality—they want proof," says quality control director Maria Hanna. "We maintain full traceability for every board, from raw material receipts to final shipping. Our component management software logs every batch of copper clad laminate, every drill bit change, and every inspection result. Last year, a European defense contractor audited us for 3 days—they left impressed, saying our processes were 'on par with German standards.'" BPC also offers conformal coating services, applying protective layers to PCBs to shield them from moisture, dust, and corrosion in harsh environments.

Nablus Electronics Solutions (NES) is the go-to for startups and universities in Palestine and neighboring countries. Why? They specialize in prototype and low-volume production , making them perfect for innovators testing new ideas. Their "Quick Turn" service guarantees 24-48 hour delivery for 1-2 layer prototype PCBs, a game-changer for students and entrepreneurs on a budget.

"We get a lot of requests from Birzeit University's engineering department," says founder Tareq Abu-Lughod. "Last semester, a student team was building a solar-powered water purification system for rural villages. They needed 10 prototype PCBs to test their design—we not only made the boards in 2 days but also gave them free advice on optimizing their layout for mass production. Now, they're scaling up, and we're helping them transition to medium-volume runs." NES also offers free design reviews, using software to spot potential flaws like short circuits or thermal hotspots before production even starts.

Hebron Advanced Manufacturing (HAM) is where tradition meets technology. Located in Hebron, a city known for its centuries-old crafts industry, HAM brings the same attention to detail to PCBs that local artisans bring to pottery and glassblowing. Their specialty is mixed technology assembly —combining smt pcb assembly with through-hole components for rugged industrial equipment like factory sensors and agricultural monitors.

"Industrial clients need PCBs that can handle dust, vibration, and extreme temperatures," explains production manager Sami Jaber. "We use a rohs compliant soldering process and apply a thick conformal coating to protect against harsh conditions. Last year, a client in Saudi Arabia ordered PCBs for oil field monitoring systems—they're still working perfectly after 18 months in the desert. That's the HAM guarantee." HAM also invests in its people, running a training program for local youth that teaches PCB design and assembly skills, with 80% of graduates getting hired full-time.

Jenin Tech Circuits is a rising star in Palestine's PCB scene, founded in 2018 by a group of engineers who studied abroad and returned to bring global expertise home. Their claim to fame? They're the only supplier in Palestine with 6-layer HDI (High-Density Interconnect) PCB capabilities, which allow for smaller, lighter boards with more components packed into tight spaces—perfect for wearables and portable medical devices.

"We saw a gap in the market for HDI boards," says co-founder Dina Shahin. "Most local suppliers stuck to 2-4 layers, but with smartwatches and fitness trackers booming, clients needed more density. We invested in a laser drilling machine that can create microvias as small as 0.1mm, and it paid off. Now, we're supplying HDI PCBs to a Jordanian company that makes glucose monitors—their devices are half the size they were two years ago, thanks to our boards." Jenin Tech also offers free design support, helping clients optimize their layouts for HDI production to reduce costs.

Tulkarm Electronics Industries (TEI) is all about community. This worker-owned cooperative was founded in 2012 by a group of former electronics factory employees who wanted to create a more equitable workplace. Today, TEI employs 45 people, all of whom share ownership and profits, and specializes in low-cost, high-quality PCBs for educational institutions and nonprofits.

"We believe everyone should have access to affordable electronics," says cooperative president Amal Khader. "A local NGO once approached us about making PCBs for solar-powered lamps to distribute in refugee camps. They had a tiny budget, so we cut our profit margin to 5% to help. Those lamps now light up 200 homes—there's no better ROI than that." TEI's component management system is key to keeping costs low; by buying in bulk and reusing scrap materials where possible, they pass savings on to clients. They also offer free PCB design workshops for students, hoping to inspire the next generation of Palestinian engineers.

Jericho Green Circuits lives up to its name—this supplier is on a mission to make PCB manufacturing sustainable. Located near Jericho's agricultural lands, they've pioneered a water recycling system that reuses 90% of the water used in PCB production, a critical innovation in a region where water is scarce. They also use lead-free solder and eco-friendly etching chemicals, making them a favorite among European clients who prioritize green manufacturing.

"Sustainability isn't just a buzzword for us—it's a responsibility," says environmental officer Khaled Abu-Sitta. "We had a client from Germany who refused to work with suppliers that didn't meet strict EU environmental standards. They audited our water treatment plant and were amazed—we even reuse wastewater to irrigate the olive trees around our facility!" Jericho Green specializes in LED PCB assemblies for solar streetlights and indoor lighting systems, with clients as far as France and Italy. Their commitment to the planet has earned them ISO 14001 certification and a spot on the UN's list of "Green Tech Innovators in the MENA Region."

Qalqilya Precision PCBs is a hidden gem in Palestine's northern industrial zone. What they lack in size (they're a 500 sq.m facility), they make up for in specialization: they're the only local supplier focused exclusively on flex PCBs —bendable, lightweight circuits used in devices like foldable phones, medical probes, and wearable fitness trackers.

"Flex PCBs are tricky—they require specialized materials and precise handling," says founder Rana Mustafa, who studied flex circuit design in South Korea before returning to Palestine. "We invested in a Japanese-made flex PCB production line that can handle materials as thin as 0.1mm. A client in Israel once came to us after a Chinese supplier failed to deliver on a flex PCB order for their medical endoscope project. We delivered samples in 3 days, and they've been with us ever since." Qalqilya Precision also offers design consulting, helping clients navigate the unique challenges of flex PCB layout, like avoiding sharp bends that can cause cracking.

Rafah Innovation Labs (RIL) is the youngest company on our list, founded in 2020, but it's already making waves with its focus on rapid prototyping and 3D-printed PCBs . Located in Rafah, RIL uses cutting-edge 3D printing technology to create PCB prototypes in hours, not days, making them a hit with startups and research labs.

"Traditional PCB prototyping involves multiple steps—design, printing, etching, drilling," explains CTO Majdi al-Hams. "With 3D printing, we can go from a digital design to a functional PCB in 4 hours. A university research team in Egypt was testing a new sensor design and needed 5 prototypes in a week—we printed them overnight and shipped them the next day. They called us 'time travelers'!" RIL is also exploring 3D-printed electronics, where components like resistors and capacitors are printed directly onto the PCB, eliminating the need for assembly. While still in the experimental phase, this technology could revolutionize low-volume production in Palestine and beyond.