Flexible PCBs  Manufacturers, Traders, Suppliers

Flexible circuit boards
Because of the advantages (for example, cost, space, and weight savings) that flexible and Rigid-Flex-circuit boards have for some projects, they are used ever more frequently. Multi-CB can produce your flexible circuit boards with the highest quality, either as prototype or as series.
The standard surface used is chemical gold (ENIG), the contours are formed according to requirements, preferably using laser cutting, or also with mechanical milling.
You should discuss the selected materials and design for the construction and layout of flexible circuit boards with us in the planning phase; we can assist you to work out the optimum solution!
Please contact our CAM-Station-Team (tel. +49-8104-6280) for additional technical questions about flexible circuit boards. Please mind also our Design-Aid for flexible circuit boards.

Flexible PCB – Flexible Printed Circuit, referred to as FPC.
A flexible printed circuit can be defined as an outline of conductive traces bonded on a flexible substrate. It is made into conductor circuit patterns using light pattern expose transfer and etching processes on the surface of a flexible substrate.

Our products are mostly used in the field of Industrial Control, Telecommunication, Automotive products, Medical, Consumer, Security and others.

• Printed circuit technology makes mass production of electronic equipment simple and easy, and lays the foundation for mechanized and automated production of electronic products. Since the 1950s, the substantial progress made in various electronic products, including communication equipment, is inseparable from the use of printed circuit technology.
• With the continuous improvement of the manufacturing level of printed circuits, the printed circuits produced can achieve high precision, thus pushing the production and manufacturing of circuit boards to a new stage. When making plates in the printing industry, a large picture can be reduced to a certain size by shooting. When manufacturing printed circuits, it is also possible to reduce the electronic circuit diagram to make a plate, making it an electronic circuit board with a small area, complex circuits and high reliability. This printed circuit board is very suitable for communication equipment and computers with complex circuits and high reliability requirements. The development of printed circuit technology laid the necessary technical foundation for the subsequent invention of integrated circuits.

American military MIL standard.The company has attained the UL security certification, ISO9001-2000 quality system certification and ISO14001 environmental system certification.

• 1.MEDICAL DEVICES
• As technology advances, more and more PCBs are being used inthe healthcare industry, revealing new capabilities. PCBs play arole in devices used for diagnosis, monitoring, therapy, and more.
• 2.CONSUMER ELECTRONICs
• Smartphones, computers, and many other consumer products thatpeople use every day require PCBs to function.As we add electronicsto more productsPCBs have become an essential part of our dailylives.
• 3.INDUSTRIAL EQUIPMENT
• The uses of printed circuit boards in the industrial sector varywidely. Electronic components power many pieces of equipmentin manufacturing and distribution centers and other types ofindustrial facilities.
• 4.AUTO PARTS
• Automakers are using more and more electronic components in theirvehicles. Previously,PCBs were only used for things like windshieldwipers and headlight switches, but today they have many advancedfeatures that make driving safer and easier.
• 5.AEROSPACE PARTS
• Electronics used in aerospace applications have similar requirementsto the automotive sector. PCBs are used in a variety of aerospaceequipment,including aircraft, space shuttles, satellites, and radiocommunication systems.
• 6.SECURITY EQUIPMENT
• Whether in homes, businesses, or government buildings, manyaspects of security systems rely on PCBs.They play more rolesin our safety and security than many realize.

Flexible and flex - rigid printed circuit boards (PCBs).

For layers, flex boards support 1 - 8 layers while flex - rigid ones range from 3 - 6 layers. Materials used include PI, PET, and FR - 4. The final thickness varies: flex boards are 0.002" - 0.1" (0.05 - 2.5mm) and flex - rigid boards are 0.0024" - 0.16" (0.06 - 4.0mm).
Surface treatments are lead - free, such as ENG Gold, OSP, immersion silver, and immersion tin. Board size ranges from a minimum of 0.2" x 0.3" to a maximum of 20.5" x 13".
Parameters like min trace, width/min clearance, min hole ring, copper thickness, and insulation thickness have specific values.
For hole - related specs, the min hole size is 6mil with defined tolerances. There are also standards for slot size, solder mask and silkscreen alignment tolerances, silkscreen line width.
Plating thicknesses for gold, immersion nickel/gold, immersion silver, and OSP have set ranges. Test voltage for the testing fixture is 50 - 300v, and there are different profile tolerances for punch based on mould type.

Asia Pacific Circuits provides one-stop flex PCB assembly, including 1-8 layers flex printed circuit fabrication, BOM list procurement, flex PCB assembly, PCBA testing, packaging, etc. Our Flex PCB are widely used in communication, power supply, security, optoelectronics, industrial control, medical equipment, wearable devices, consumer electronics, automotive and other fields.

Our Flex PCB are widely used in communication, Power Supply, Security, Optoelectronics, Industrial control, Medical equipment, Wearable devices, Consumer Electronics, Automotive and other fields.