Our Products

PCBs built for performance and reliability.

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.

370hr Circuit Boards

High-Tg substrate for demanding environments.

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.

  • High Tg (170°C+)
  • Lead-free compatible
  • Multilayer construction
  • Impedance control available
370hr circuit board
Rigid multilayer PCB
Rigid Circuits

Single-layer to high-density multilayer.

Standard and advanced rigid PCBs across a wide range of materials and complexity levels — produced with tight tolerances and consistent quality across every batch.

  • FR4 & High-Temp FR4
  • Rogers High Frequency
  • Heavy-copper construction
  • High-density (HDI) builds
  • Buried & blind vias
  • Impedance-controlled designs
MCPCB / LED Boards

Metal-core boards for thermal management.

Aluminum and copper metal-core PCBs designed to dissipate heat in LED lighting, automotive, and high-power applications — extending component life and improving reliability.

  • Aluminum & copper cores
  • LED-optimized layouts
  • High thermal conductivity
  • Single- & double-sided
Populated metal-core PCB with chips
Heavy-copper PCB close-up
Copper PCBs

Heavy-copper construction for high-current applications.

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.

  • 2oz to 20oz copper weight
  • High current capacity
  • Enhanced thermal handling
  • Mixed-weight construction
  • Industrial & automotive grade
  • Long-term durability
High Power PCBs · Haute Puissance

Engineered for power electronics.

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.

  • High voltage isolation
  • Heavy current paths
  • Optimized thermal design
  • Power conversion & EV
  • Motor control & drives
  • Industrial-grade reliability
High power PCB
Capabilities

What we manufacture.

A summary of materials, processes, and specifications available across our product lines.

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