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Fabrication Manufacturing multilayer thick copper PCBA Prototype Rigid Flexible PCB
YDY is your best choice for manufacturing your electronic products in China:
◆ Complete RoHS manufacturing processes
◆ Complete process quality control
◆ 100% traceability assurance
◆ 100% electrical test (powers and short test)
◆ 100% functional testing
◆ 100% software testing
◆ Assembly, labeling and packging the boards or system according to the customer's packaging requirements
◆ We can do functional testing for boards or system according to the customer's test instructions,
and we can provide test summary report to help customers locate the source of the failure.
◆ Lifetime warranty
◆ ESD-safe work environment
◆ ESD-safe packaging and shipping
◆ ISO9001:2008 certification
Rigid Flexible PCB Capability
Flexible PCBs are beginning to siphon market share from rigid circuit boards due to their versatility, among other advantages, such as:
1. Flexibility. Flexible circuits can be bent, folded, and even
creased to fit the end application, giving the designer the ability
to have the circuitry fit the device, rather than the end device
being built around the electronics and circuit boards. Flexible
circuits are ideal for wearable electronics, for example.
2. Connectivity. Flexible circuits provide greater connectivity
between other circuit boards, electronic components and the user
interface in electronic packaging. They can even provide
connectivity in dynamic flex applications where the flexible
circuit needs to flex continuously over the life of the device, so
they are used extensively in laptop computers, foldable
electronics, and display connectivity.
3 Reduced weight. A lower-weight circuit board results in a lighter
end product, which is essential in today’s electronics market where
small, lightweight devices are preferred by electronic device
designers and consumers. Flexible circuits are ideal for unmanned
vehicles and drones, due to their very light weight.
4. Durability. While rigid PCBs are typically thicker and fairly
strong, flex PCBs absorb shocks and vibrations much more
effectively than rigid PCBs. This contributes directly to long-term
reliability, product life and functionality. Flexible circuits are
used extensively in medical electronics, missile guidance systems,
weapons, satellite and other applications 5. 5. Requiring excellent
environmental survivability.
Resistant. While rigid PCBs are at risk of damage or warping from
heat, chemicals, or radiation, flex PCBs are much more resistant to
these detrimental environments. This explains their wide
application in today’s automotive electronics.
Our boards manufactured are wildly used on many industries, such as Industrial control, MCU control ,