Address
B-61, GIDC, Electronics Estate, Sector 25, Gandhinagar-382028, Gujarat, India.
Email
info.chetumaxsales@gmail.com
Mobile
+91 8490802084
+91 9327083092
Work Hours
Monday to Friday: 9 AM - 7 PM
Process flow of PCB Manufacturing
Printed Circuit Boards (PCBs) form the backbone of all major electronics. These miraculous inventions pop up in nearly all computational electronics, including simpler devices like digital clocks, calculators etc. For the uninitiated, a PCB routes electrical signals through electronics, which satisfies the device's electrical and mechanical circuit requirements. In short, PCBs tell the electricity where to go, bringing your electronics to life.
Step 1
Design and Output
Step 2
From File to Film
Step 3
Printing the Inner layers
Step 4
Removing the Unwanted Copper
Step 5
Layer Alignment and Optical Inspection
Step 6
Layer-up and Bond
Step 7
PCB Drill
Step 8
Plating and Copper Deposition
Step 9
Outer Layer Imaging
Step 10
Plating
Step 11
Final Etching
Step 12
Solder Mask Application
Step 13
Surface Finish
Step 14
Silkscreen
Step 15
Electrical Test
Step 16
Profiling and V-Scoring
- Circuit boards should be rigorously compatible with, a PCB layout created by the designer using PCB design software. Commonly-used PCB design software includes Altium Designer, OrCAD, Pads, KiCad, Eagle etc. NOTE: Before PCB fabrication, designers should inform their contract manufacturer about the PCB design software version used to design the circuit since it helps avoid issues caused by discrepancies.
- Once the PCB design is approved for production, designers export the design into format their manufacturers support. The PCB industry birthed extended Gerber as the perfect output format. Different PCB design software possibly calls for different Gerber file generation steps, they all encode comprehensive vital information including copper tracking layers, drill drawing, apertures, component notations and other options.