2.1 Multidimensional and Space-Saving Solutions

Features & Advantages

• Symmetrical and asymmetrical stackups
• A choice of several technologies for different applications
• More than one flex layer possible
• Impedance across bending area also possible
• Self-supporting, stable 3D structures without the need for additional assembly
• Cost savings through elimination of plug and cable connections
• Optical flexibility thanks to the individual orientation of separate LEDs in lighting applications

Embedded PCB

Rigid-flex PCB

Semi-flex PCB

HSMtec® 3D PCB

No space on the outer layers? Why not use an additional placement level inside the PCB?
With its embedding technologies, KSG offers the perfect solution for integrating active and passive electronic components – down to a minimum size of 01005 and up to a maximum component height of 2.5 mm.
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For multiple bends, a rigid-flex PCB is the best choice. This is the ideal solution whenever electrical connections need to be established between several rigid PCBs in different mounting positions and orientations. Rigid-flex PCB technology is extremely versatile when it comes to layout options and geometries. That is why it has become an indispensable component of modern connection technology.
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Semi-flex PCBs can be used as a low-cost alternative to rigid-flex PCB technology.
It offers significant cost advantages over the classic rigid-flex PCB. It also copes extremely well with static bending stress during assembly and installation.
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The bendable HSMtec® PCB technology is suitable for one-time bends with a self-supporting function. The selective integration of copper profiles makes it possible to create 3D PCB structures that are self-supporting. As part of this process, electrical and thermal connections can be fully integrated into the PCB. This gives you a high degree of flexibility for a wide range of multidimensional applications.
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