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Stech PCBA

Products

18 board technologies, one manufacturer.

From high layer count and HDI through flexible, metal core and test boards. Select a technology for its full specification, applications and manufacturing considerations.

High layer count PCB stack and server board, illustrative
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High Layer Count PCB

Very high layer-count stack-ups for backplanes, networking and test hardware.

HDI circuit board with a dense fine-pitch BGA array, illustrative
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HDI PCB

Laser-drilled microvias and fine traces for compact boards.

Rigid PCB boards, illustrative
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Rigid PCB

Traditional rigid substrates for standard enclosures.

Close-up of fine-pitch substrate-like PCBs, illustrative
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Substrate-like PCB (SLP)

Near-IC-substrate line widths for the most compact electronics.

Bare PCB with exposed copper areas, illustrative
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Copper Inlay PCB

Embedded solid copper for heat and high-current paths.

Bent flexible PCB with copper traces, illustrative
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Flexible PCB (FPC)

Thin, bendable circuits for dynamic and space-constrained designs.

White aluminum-backed LED metal core PCB, illustrative
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Metal Core PCB (MCPCB)

Metal-backed boards that pull heat away from power components.

Light-grey aluminium PCB panel with gold pads, illustrative
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Aluminium PCB

Aluminium-backed boards for LED and power designs that need to shed heat.

High-frequency PCB, illustrative
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High-Frequency PCB

Controlled-impedance boards for RF and high-speed paths.

Rigid-flex PCB layout showing rigid sections connected by flexible circuit tails, illustrative
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Rigid-Flex PCB

Combined rigid and flexible circuits in one assembly.

Exploded illustration of a multilayer PCB stack-up, illustrative
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Multilayer PCB

Complex layer stacks for dense, high-reliability designs.

Macro view of dense circuit routing on a high-complexity PCB, illustrative
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High-Complexity PCB

Advanced builds for the most demanding designs.

PCB boards on a production line, illustrative
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High-TG PCB

High glass-transition materials for thermal stability.

Close-up of a populated circuit board, illustrative
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Standard PCB

Single and double-sided boards for general electronics.

Prototype PCB alongside design drawings, illustrative
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Prototype PCB

Fast-turn boards for design validation before production.

Circuit boards used in automated test equipment, illustrative
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ATE PCB

Boards built for automated test equipment applications.

IC burn-in board with rows of device test sockets, illustrative
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Burn-in Board

High-temperature test boards that hold devices under stress during burn-in.

Circular probe card PCB with a central stiffener, illustrative
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Probe Card

High-density probe card PCBs for wafer-level test.

Not sure which technology fits?

Send the specification — engineering will tell you which technology fits, and why.

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