Engineered to support rapid prototype iterations and multi-layer structural configurations across automotive sensors, RF telematics, and heavy-duty motor controllers.
As USMCA regulations push for regional value content, transnational OEMs in Monterrey, Guadalajara, and Querétaro demand integrated Tier-2/Tier-3 electronics partners who can de-risk their component supply chains while accelerating trial-run cycles.
The Bajío cluster and Nuevo León EV hubs require localized assembly lines supported by rigorous IATF-aligned fabrication. Complex battery management systems (BMS) and on-board chargers (OBC) demand heavy-copper architectures that manage thermal dissipations beyond 3W/m·K.
Sonora and Baja California represent world-class centers for medical monitoring devices and aerospace avionics. Meeting these demands requires strict trace impedance controls, zero-void microvia fills, and ENIG/ENEPIG surface treatments to withstand extreme operating envelopes.
Relying completely on local North American PCB sourcing creates structural lead-time bottlenecks. Our turnkey Shenzhen hub enables tier-one Mexican maquiladoras to source active silicon and passive packages in parallel, shortening time-to-market by up to 40%.
Our 8,000 m² Shenzhen facility operates under unified MES data tracking, synchronizing high-speed SMT placement with specialized post-assembly testing.
Submit your Gerber schematics, BOM lists, and DFM tolerances for an immediate review by our Senior Hardware Engineering Team.
Seamless integration into IMMEX frameworks, tariff classification audits, and robust environmental compliance structures.
We ensure all printed board fabrications and sub-assemblies satisfy relevant Official Mexican Standards (Normas Oficiales Mexicanas - NOM), RoHS lead-free directives, and conflict mineral regulations required by international compliance boards.
Before launching runs, our engineers execute thorough Design for Manufacturability (DFM) and Design for Testing (DFT) checks. Solder mask clearances, aspect ratios, and trace-to-copper clearances are validated against IPC Class 2 and Class 3 thresholds.
Equipped with standardized customs manifests, Incoterms flexibility (DAP, DDP, FOB HK/Shenzhen), and express air routing into Mexico City (MEX), Guadalajara (GDL), and Monterrey (MTY) airports for mission-critical NPI trials.
Preparing hardware architectures for 5G industrial telematics, wide bandgap semiconductors (GaN/SiC), and extreme thermal dissipation profiles.
Next-generation EV power distribution requires substrates that maintain dielectric strength under high voltages. Our multi-layer ceramic and heavy-copper laminate techniques provide high thermal dissipation and minimal parasitics for fast switching architectures.
For compact industrial IoT nodes and edge AI compute systems, we deploy laser-drilled blind and buried microvias, sequential lamination (up to 4x), and trace widths down to 2.5/2.5 mil for dense BGA fanouts.
To reduce inductive interference and package footprints, we integrate passive components directly inside inner substrate layers, freeing surface area for RF shielding and complex microcontrollers.
Clear answers to simplify supplier onboarding, contract manufacturing integration, and production lead times.
We supply standardized documentation including commercial invoices, packing lists with Harmonized System (HS) codes, and Certificates of Conformity. Cargo ships directly via air express to key ports of entry such as Mexico City, Guadalajara, and Monterrey, or through US cross-dock facilities in El Paso or Laredo.
Yes. Our sourcing network has over 15 years of relationships with authorized global distributors and original component manufacturers. Every batch undergoes Incoming Quality Control (IQC) validation to prevent counterfeit, refurbished, or degraded components from reaching our SMT feeders.
We maintain an agile prototype division supporting NPI runs starting from 1 to 500 units without standard batch penalties. For sustained serial production, our facility supports scalable ramp-ups across 6 dedicated SMT lines and 4 DIP wave soldering lines.
Our heavy copper boards (ranging from 2oz to 10oz+) utilize TG170 to TG180 FR-4 or aluminum/metal-core bases. We conduct thermal stress testing, micro-sectioning analysis, and automatic optical inspection to confirm uniform copper distribution and void-free solder wetting.
Engineered to support rigid, flex, heavy copper, and computing interface architectures across diverse industrial environments.
Connect directly with our senior application engineering team to receive complete DFM feedback and competitive production quotes within 24 hours.
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