Quick turn Flexible PCBs
IBE provides better, faster and more cost-effective solutions to
our customers' most challenging design for excellence (DFx)
problems. From manufacturing to testing to supply chain, IBE
provides customized design support to our OEM partners, enabling
them to establish a strong competitive position within their
marketplace.
We have a proven record of guiding manufacturers throughout the
entire electronics manufacturing process. From simple designs to
complex system integration, IBE provides the end-to-end electronics
manufacturing services necessary to compete in a global
marketplace.
Our Advantages:
1, Factory Area:60000㎡ Shenzhen factory; two other factories in US
and Vietnam.
2, Quality Control:IPC-1-610E Standard,E-test,X-ray,AOI
Test,IQC,QC,QA,100% Functional Test
3, PCB Making (Rigid, Flexible,Rigid-Flexible,Aluminium, High
TG,Ceramic), Component Sourcing, SMT&DIP, Free Program & Test,
OEM/ODM Serivce
4, Certifcation:ATF 16949,ISO 13485,ISO
14001,ISO9001,UL(E326838),Disney FAMA, CE,FCC,ROHS,
| 1 | Material | PR4,Halogen free, High TG,CEM3,PTFE,Aluminum BT,Rogers |
| 2 | Board Thickness | Mass Production:0.3-3.5mm Samples:0.21-6.0mm |
| 3 | Surface Finish | HASL,OSP,Immersion Silver/Gold/SN,Flash Gold, Gold Finger,Hard Gold
Plating |
| 4 | PCB Panel Size | Max Mass Productoin: 610x460mm Sample:762x508mm |
| 5 | Layer | Mass production:2-58 Layers, Samples:1-64 Layers |
| 6 | Min. Drill Hole Size | Laser Drill 0.1mm,Machine Drill 0.2mm |
| 7 | PCBA QC | X-ray,AOI Test,Functional Test |
| 8 | Speciality | Automotive,Medical/Gaming/Smart Device,Computer,LED/Lighting,etc |
| 9 | Sanforized | Buried via, Blind via, Mixed Pressure,Embedded Resistance,Embedded
Capacitance, Local Mixed Pressure, Local High Density, Back Drill,
Impedance Control
|
What is Flexible PCB?
Flexible
PCB, also known as flex prints or flex circuits, is a special type of
circuit board that you can bend into the desired shape. They are
widely used for high-density and high-temperature applications. The
flex designs are composed of polyimide or a transparent polyester
film as a substrate material that comes with high heat resistance
which makes it a right fit for solder mounting components.
A flexible circuit comes with a conductive layer of traces made up
of copper that is combined with a polyimide dielectric layer. The
thickness of the copper conductive layer can vary from 0.0001’’ to
0.010’’ and the thickness of the dielectric material can range from
0.0005’’ to 0.010’’. An adhesive is required to bond the conductive
copper layer to the substrate; while sometimes vapour deposition is
equally handy to attach the copper with the substrate.
The material selection for making flexible circuit boards is a bit
tricky and depends on many factors including chemical and
mechanical resistance, current, temperature, capacitance, and types
of flexing.
The flexible designs are more reliable as they come with fewer
interconnections that ensure fewer solder joints and contact
crimps. And these circuits require less space due to their flexible
bend capability and they cover only 10% of the area compared to
rigid circuit boards.
Applications:
The flexible circuit boards are a right match for applications that
require better performance, high accuracy, precision, and regular
flexing. Applications of flexible circuit boards include:
- Cameras
- Antilock brakes
- Fuel pumps
- Ultrasound probes
- Semiconductor test
- Medical devices
- Motion systems
- Satellites
- Avionics
- Battery packs
- Manufacturing devices
- Airbag systems
