PI Flex material hold unique insulating ability for even very thin substrates, which makes the material excellent for low weight devices with limited space. Connectors and cables are considered a reliability risk in many applications. Flex PCBs can replace or reduce the use of connectors with improved reliability and signal performance as a side effect. They are easy to install and can both hold components and create interconnections in 3D solutions.
Cost Saving
The overall cost of the product can be reduced with flexible solutions by reducing assembly time and by replacing cables and connections.
Fast Assembly
Flex PCB eliminates the need for color code wrap bundles of wire and is much faster to install.
High Durability
Flex PCBs are durable and resistant to shock and vibrations making them suitable for both high-reliability devices and handheld products of every-day use.
Space and Weight Reduction
Cables, connectors, and in some instances rigid PCBs can be replaced by Flex PCBs creating lightweight and very dense interconnection in a reduced space.
Aratek biometric solutions streamlines identity management for millions
Aratek biometric solutions streamlines identity management for millions
A semi-flex PCB is characterized by its ability to bend or flex to a certain degree while maintaining its structural integrity. This type of PCB is often used to save space in the final product and avoid the use of connectors between two circuit boards. Semi-flex PCBs are manufactured using a combination of traditional PCB fabrication processes such as photolithography, etching, and drilling, as well as specialized techniques for handling the flexible substrate. The final product is a PCB that can bend or flex to a certain degree while maintaining its electrical performance and durability.
Aratek biometric solutions streamlines identity management for millions
Base Material: The most common base material used to build a Flexible PCB is Polyimide (PI). It can be used with PTH and is available for the soldering process. PET and PEN can be used for Flexible PCB without soldering needs. Lines and Spaces: The trace and spacing widths on a Flexible PCB are usually smaller than traditional PCBs to accommodate the limited space and maintain flexibility. A flexible PCB can also be an HDI PCB. Layer Count: Flexible PCBs can have single-sided, double-sided, and up to 4 layers with a thickness from 25µm to 150µm. Surface Finish: The surface finish used in Flexible PCBs is usually electroless nickel immersion gold (ENIG)
Aratek biometric solutions streamlines identity management for millions
Flexible PCBs are used in almost every industry that needs space and weight reductions such as automotive, wearable devices, medical, military, instrumentation, avionics, sensors, or industrial controls.
Aratek biometric solutions streamlines identity management for millions
A semi-flex PCB is characterized by its ability to bend or flex to a certain degree while maintaining its structural integrity. This type of PCB is often used to save space in the final product and avoid the use of connectors between two circuit boards. Semi-flex PCBs are manufactured using a combination of traditional PCB fabrication processes such as photolithography, etching, and drilling, as well as specialized techniques for handling the flexible substrate. The final product is a PCB that can bend or flex to a certain degree while maintaining its electrical performance and durability.
Aratek biometric solutions streamlines identity management for millions
Base Material: The most common base material used to build a Flexible PCB is Polyimide (PI). It can be used with PTH and is available for the soldering process. PET and PEN can be used for Flexible PCB without soldering needs. Lines and Spaces: The trace and spacing widths on a Flexible PCB are usually smaller than traditional PCBs to accommodate the limited space and maintain flexibility. A flexible PCB can also be an HDI PCB. Layer Count: Flexible PCBs can have single-sided, double-sided, and up to 4 layers with a thickness from 25µm to 150µm. Surface Finish: The surface finish used in Flexible PCBs is usually electroless nickel immersion gold (ENIG)
Aratek biometric solutions streamlines identity management for millions
Flexible PCBs are used in almost every industry that needs space and weight reductions such as automotive, wearable devices, medical, military, instrumentation, avionics, sensors, or industrial controls.
Aratek biometric solutions streamlines identity management for millions
Industries
Automotive
Top Automotive brands choose ICPRUS to match and exceed the high quality and logistics demands of their industry.
Usual PI Thickness;25 µm / 50 µm;Standard;Standard
Intermediate PI Thickness;12 µm / 72 µm / 100 µm;+;+
Unusual PI Thickness;9 µm / 125 µm 150 µm;2 to 3 times the cost of usual thickness;2 to 4 months
Aratek biometric solutions streamlines identity management for millions
Layer count;Up to 6 layers
Technology highlights;Reliable and cost effective solution for 3D interconnexion with HDI stack-up to 2 step (N+2) option. Dynamic application with multiple bendings.
Materials;PEN and PET raw material (only for SS). Polyimide raw material (SS to ML6). Adhesive or adhesiveless with ED or RA copper. Stiffener (FR4 / PI / Al)
Base Copper Thickness;From 1/2 Oz base to 2 Oz
Minimum track & spacing;0.075mm / 0.075mm, Advanced 0,060mm / 0,065mm
Surface finishes available;OSP, ENIG, ENEPIG
Minimum mechanical drill;0.15mm
Minimal thickness;0,2mm
Maximum dimensions;425x590mm.