A high-Tg material is always required if your PCB is repeatedly exposed to high temperatures during operation or production. Typical indications are Ambient temperatures above 120°C continuously,…
Compared to standard PCBs, thick copper PCBs offer decisive advantages:
Higher current carrying capacity: The same track width can carry significantly higher currents - with 140µm copper, the…
Thick copper PCBs are used wherever high currents flow or large amounts of heat need to be dissipated:
Power electronics: power supply units, frequency converters, switching power…
Thick copper PCBs offer decisive advantages for thermal management:
Improved heat conduction: copper conducts heat at approx. 400W/mK - this is around 1,300 times better than FR4 (approx. 0.3W/mK).…
Yes, thick copper PCBs are significantly more expensive to purchase. The additional costs result from
Higher raw material costs (more copper, special laminates)Longer production times (especially…
UHDI (Ultra High Density Interconnect) refers to PCBs with conductor track widths and spacings of typically ≤ 50µm. The boundary is fluid - the decisive factor is the extremely high wiring density,…
We offer advanced high-density PCBs with structures up to 75 µm track width and 0.1 mm laser drill. These parameters are completely sufficient for the vast majority of highly compact designs. True…
Whenever BGA components with a pitch of less than 0.5mm need to be unbraided or several signals need to be routed between the pads. Our technicians will be happy to check which structure size your…
It depends. The next smallest structure class (75-90 µm) is often perfectly adequate and significantly more economical. We don't sell you the most expensive technology, but the right one - and thus…
Send us your layout data or a sketch by email. Our specialists will check free of charge whether our advanced HDI production covers your requirements and create a customised offer - with no detours…
