From ultra-thin 0.2mm boards for compact devices to thick 6.0mm multi-layer constructions for high-power applications. Precision thickness control for any requirement.
Different applications require different board thicknesses. We manufacture across the full range with precision control.
For space-constrained applications like wearables, medical implants, and compact IoT devices. Flexible or rigid-flex constructions available.
Most common thickness range for general-purpose electronics. 1.6mm is industry standard for single and double-sided boards, and 4-8 layer multilayers.
For high-layer-count boards (12+ layers), heavy copper designs, and applications requiring mechanical rigidity and thermal capacity.
Specialty applications: high-power boards, backplanes, industrial control systems, and boards requiring extreme mechanical stability.
Precision thickness control across the entire range with tight tolerances.
Board thickness affects mechanical, thermal, and electrical performance. Choose the right thickness for your application.
Thicker boards resist bending and vibration better. Critical for large boards, connector-heavy designs, and harsh environment applications.
More copper layers and thicker boards provide better heat spreading. Important for power electronics, LED boards, and high-current designs.
Layer spacing affects impedance. Thinner boards allow tighter coupling for differential pairs but require careful stack-up design.
Ultra-thin boards enable compact products: smartphones, wearables, medical implants. Trade-off with layer count and copper weight.
Standard connectors expect 1.6mm boards. Custom thickness may require connector selection or mounting modifications.
Non-standard thickness may affect cost and lead time. We optimize stack-up to achieve target thickness with standard materials when possible.
Calculate core and prepreg combinations to achieve target thickness while meeting electrical requirements.
Select appropriate core thicknesses and prepreg styles. Balance symmetry for warpage prevention.
Precise pressure and temperature control during lamination ensures consistent final thickness.
Thickness measured at multiple points. Report provided with actual measurements across the panel.
Different thicknesses serve different needs across industries.
Specify your thickness requirements and we'll design a stack-up that meets your mechanical and electrical needs.
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