From quick-turn prototypes to high-density multilayer production runs — engineered, sourced, and delivered through our network of ISO-certified and UL-registered manufacturing partners.
Our 370hr boards use high-glass-transition-temperature laminate engineered for lead-free assembly, repeated thermal cycling, and demanding industrial applications where standard FR4 falls short.
Standard and advanced rigid PCBs across a wide range of materials and complexity levels — produced with tight tolerances and consistent quality across every batch.
Aluminum and copper metal-core PCBs designed to dissipate heat in LED lighting, automotive, and high-power applications — extending component life and improving reliability.
Rigid-flex PCBs combine rigid FR4 sections with flexible polyimide (Kapton) layers, allowing the board to fold, twist, or wrap around components. Ideal for aerospace, medical devices, wearables, automotive electronics, and any product where space, weight, or reliability under repeated motion are constraints.
Thick-copper PCBs (typically 2oz to 20oz) built to carry heavy current, withstand thermal stress, and deliver exceptional durability in industrial, automotive, and power-distribution applications.
High-power PCBs purpose-built for power conversion, motor control, EV/inverter systems, and industrial drives — combining thick copper, robust dielectrics, and optimized thermal pathways to handle demanding voltage and current loads.
A summary of materials, processes, and specifications available across our product lines.