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PCB Portfolio

Eleven production lines cover the full spectrum — from a single-sided standard board to HDI with stacked microvias, from a three-day prototype to a flex circuit that replaces a harness. Every line runs through the same certified plants and the same test chain.

Lines 11
Layer count 2 – 40+
Batch sizes Prototype – series
Testing 100 % electrical
HDI
01 High-density

HDI

Microvias and fine lines pack more interconnect into less space — for compact, high-performance electronics.

Min. line 75 µm
Microvia ≥ 0.10 mm
Build 1+N+1 – 4+N+4
Line details →
Multi-Layer
02 ≤ 40+ layers

Multi-Layer

Reliable multi-layer constructions for complex, signal-dense designs with tightly controlled registration.

Layers 4 – 40+
Material FR-4 / High-Tg
Cu weight 18 – 105 µm
Line details →
Rigid-Flex
03 Rigid + flex

Rigid-Flex

Rigid and flexible zones in one board — no connectors, designed for dynamic bending.

Layers 2 – 20
Bend radius ≥ 6 × thk
Coverlay Polyimide
Line details →
Aluminum
04 Metal-core

Aluminum

Aluminum-core boards conduct heat away from high-power components — the backbone of LED and power modules.

Core Aluminum
Thermal 1 – 3 W/mK
Dielectric 75 – 150 µm
Line details →
Impedance Control
05 Controlled Z

Impedance Control

Precise dielectric and trace geometry hold characteristic impedance for high-speed and RF signal integrity.

Single 50 Ω
Diff. pair 90 / 100 Ω
Tolerance ± 10 %
Line details →
Gold Finger
06 Edge contacts

Gold Finger

Hard gold-plated edge contacts take the wear of repeated insertion — for connector and card-edge designs.

Plating Hard gold
Thickness 0.8 – 1.2 µm
Bevel 15 – 60°
Line details →
Metal core board
07 Copper / steel core

Metal Core

Copper, steel or aluminium bases for the thermal cases a standard aluminium board no longer covers.

Core Al / Cu / steel
Conductivity 1 – 8 W/mK
Core thickness 0.8 – 3.0 mm
Line details →
Microwave
08 > 1 GHz

Microwave

PTFE and ceramic-filled laminates for radar, satellite and mmWave assemblies where loss is the budget.

Frequency to 77 GHz
Dk 2.2 – 10.2
Df from 0.0009
Line details →
Flex
09 Polyimide, bendable

Flex

Fully flexible polyimide circuits that fold, route around corners and replace a cable harness outright.

Base Polyimide
Layers 1 – 6
Bend radius ≥ 6 × t
Line details →
Rigid
10 FR-4 standard

Rigid

The conventional rigid board — one to twenty layers on FR-4, held to the same process control as everything else.

Layers 1 – 20+
Material FR-4 / High-Tg
Thickness 0.4 – 3.0 mm
Line details →
Prototype
11 Fast turn

Prototype

Small quantities on short lead times, built on the same line and the same process that will make the series.

Lead time from 3 days
Quantity 1 – 50
Layers 1 – 12
Line details →

Which line fits?

[ Selection guide ]

The most common question in a first conversation. This overview answers it in one line per option — including the point most often missed at design stage.

Line If you … Key value Watch out for
HDI need very dense packing 75 µm structure Fix aspect ratio and microvia stacking early
Multi-Layer route many signals up to 40+ layers Build must be symmetrical or it warps
Rigid-Flex want to drop connectors rigid + flex No plated hole in the bending zone
Aluminum must dissipate heat 1 – 3 W/mK Single-sided assembly, mind the dielectric
Impedance Control run high-speed or RF ± 10 % Plan a test coupon in the panel
Gold Finger need insertion cycles 0.8 – 1.2 µm Au State bevel and edge clearance
Metal Core need more than aluminium gives up to 8 W/mK The dielectric is the bottleneck, not the core
Microwave work above 1 GHz Df from 0.0009 Name the laminate grade, not just the brand
Flex want to drop the harness bends to 6 × t State static or dynamic before layout
Rigid need a conventional board 1 – 20+ layers Give a stack-up, not just a layer count
Prototype need it in days from 3 days The clock starts at data approval
Technology

Capabilities & rules

Every limit along the production chain, plus the design notes per chapter.

See capabilities →
Material

Seven base materials

FR-4 to ceramic — with values and a note on when the switch is worth it.

See materials →
Manufacturing

Eleven features

Vias, microvia, finishes, heavy copper — the building blocks every line is made of.

See features →

Still unsure which line?

Send us your data — we check feasibility and recommend the line that fits technically and makes commercial sense.