Direct solutions customized for medical, solar, and industrial controllers operating within Costa Rica's key Free Trade Zones.
Ultra-stable memory upgrades for heavy industrial control PCs and automation systems across Costa Rica.
Thermal management substrates engineered for high-power LED systems and lighting infrastructure.
Designed to prevent thermal runaway in high-throughput cloud and database servers.
Standard-setting desktop RAM ensuring speed and consistency for commercial network nodes.
Over the past two decades, Costa Rica has transformed into Central America's premier high-technology manufacturing exporter. Focused heavily in zones like the Coyol Free Zone and Ultrapark, the local industrial ecosystem demands rigorous standardizations for electronics. From advanced medical instruments to automotive charging systems and eco-friendly renewable grid controls, the requirement for reliable printed circuit boards is surging.
As a global exporter, we align with Costa Rican operations that integrate high-current electronics. Our thick copper PCBs (also known as heavy copper PCBs) feature copper weights ranging from 3 oz/ft² to 20 oz/ft², specifically structured to withstand harsh power demands, reduce ambient heat levels, and fit within compact enclosures without sacrificing trace configuration integrity.
Consult Our Engineering TeamUncompromising precision built for heavy-duty applications. Here is how our engineering compares to industry baselines.
Heavy copper layers allow traces to conduct higher current loads while acting as a natural heat sink, transferring heat away from vital control microprocessors and memory modules.
With copper thickness ranging up to 20 oz/ft², our boards reduce total circuit volume, eliminating multi-board power bus networks to optimize system space.
Engineered for high vibration resistance and extreme thermal cycling. Designed to handle mechanical stress and maintain secure connections under heavy load cycles.
| Parameter / Feature | Standard PCB Baseline | Vorynex Heavy Copper Capabilities |
|---|---|---|
| Copper Thickness Range | 0.5 oz - 2 oz (17.5µm - 70µm) | 3 oz - 20 oz (105µm - 700µm) |
| Dielectric Substrates | Standard FR4 (Tg 130-140) | High Tg FR4 (Tg 170/180), Polyimide, Taconic TLY-5, Aluminum Backed |
| Max Current Handling | <15 Amperes | >100 Amperes per trace (custom calculated) |
| Min. Trace Width / Spacing | 0.1 mm / 0.1 mm | 0.4 mm / 0.4 mm (Scaled according to copper weight) |
| Surface Finishing Options | HASL, basic OSP | ENIG (Electroless Nickel Immersion Gold), Immersion Silver, Lead-Free HASL |
How thick copper PCBs interface with critical sectors and clean energy systems across the country.
Medical instruments demand high reliability. Class III medical devices manufactured in Costa Rica's specialized parks rely on boards that maintain signal integrity while routing power to actuators, lasers, and diagnostic scanning systems. Our heavy copper designs minimize thermal stress on adjacent precision logic circuits.
Costa Rica generates over 98% of its electricity from renewable sources (hydroelectric, geothermal, wind, and solar). Grid tie-in inverters, battery storage controls, and distribution boards rely on heavy copper designs to process high-wattage power conversions with minimal transmission loss.
As Costa Rica accelerates its National Decarbonization Plan, EV charging networks are expanding rapidly. Our thick copper PCBs support the high thermal dissipation needed for fast-charging stations (DC-to-DC converters) and onboard charging assemblies.
Precision control cabinets in local food processing and electronics assembly plants operate in humid tropical environments. High-performance FR-4 substrates with thick copper traces resist corrosion, mechanical strain, and localized heat spikes, keeping production lines running.
Vorynex Memory Technology (China) Co., Ltd. is a specialized memory manufacturer and OEM/ODM solution provider delivering high-performance components worldwide.
Established in 2016, Vorynex has grown its engineering and production capabilities, operating a modern facility focused on stable, high-speed, and energy-efficient memory and controller solutions. With an annual export volume reaching USD 12 million, we support our clients with over 12 years of industry experience in semiconductor assemblies, specialized PCBs, and systems-level engineering.
To ensure reliability in critical industrial and medical setups, we implement strict quality assurance steps. Every production run undergoes 100% functional testing, thermal stress verification, compatibility tests, and optical inspections (AOI/ICT). Backed by 45 dedicated quality controllers and a robust supply network of 1,200 partners, we deliver components that meet international standards.
Whether your project requires custom trace layouts, unique heat sink structures, frequency-matched RAM modules, or specialized thick copper power routing, our team of 180 R&D engineers works closely with clients to deliver optimized designs.
Learn More About Our Quality StandardsTake a look inside our ISO-compliant manufacturing plant, packaging processes, and inspection lines.
Providing reliable supply chains and consistent delivery to Costa Rican ports of entry.
We coordinate closely with custom brokers in San José, Port Limón, and Puerto Caldera to ensure smooth transit of components through Costa Rican customs, avoiding production delays.
Our heavy copper PCBs conform to international standards (UL 796, RoHS, ISO 9001:2015), ensuring they are certified for assembly inside export-bound medical products.
To protect components from tropical humidity during sea or air transit, all shipments are vacuum-sealed in moisture barrier bags with desiccants and humidity indicators.
Answers to common engineering questions regarding layout rules, heat management, and manufacturing limits.
Explore our full line of memory modules, specialized RF laminates, and system boards, all designed to integrate with high-power industrial designs.
High-frequency substrates paired with metal backing, engineered for aerospace telemetry and communication systems.
Low-voltage SODIMM memory modules designed for embedded terminals and portable industrial devices.
Cost-effective, highly compatible desktop memory modules built for corporate workstations.
ECC-enabled server memory built to prevent single-bit errors in continuous industrial databases.
Embedded development motherboard with an on-board NPU, designed for smart edge processing and IoT sensors.
Integrated hardware bundle suited for industrial processing terminals and data acquisition nodes.
High-density desktop memory engineered to keep demanding multi-threaded workflows running smoothly.
Dual-channel server motherboard utilizing copper-aluminum composite structures to optimize heat dispersion.
Need a high-power circuit solution with custom thermal characteristics, specialized memory layers, or heavy copper substrates? Speak directly with our application engineers. We provide technical support, custom layout validation, and complete DFM reports tailored to your project requirements.
Vorynex