Rigid PCB’s in UK & Europe

Get a Free Quote Now




    rigid PCBs manufacturing process

    PCB Runner provides Rigid PCB’s in UK & Europe

    PCB Runner offers a top quality & quick turn Rigid PCB’s manufacturing. Rigid PCBs are hard in nature and cannot be moulded and twisted. It can also be not reshaped. Rigid Pcb is made of solid substrates such as fibreglass (FR4) or epoxy with a combination of other layers like copper layers, solder mask, and silk screen/legend. Due to its durability, it can be sustained in terms of thermal, critical environments & applications.

    Types of Rigid PCB

    Rigid Pcbs can be manufactured as single layer & multi-layer constructions. The conducting layers serve as the electrical links between parts and aid in proper signal flow, while dielectric provides insulation and requires the distance between conducting layers as a whole, these layers define Pcb’s overall thickness.

    Single-sided: The early PCBs were single-sided circuit boards. All of the components are on one side of the board, and they have a single layer of conductive material. Single-sided PCBs are quick and simple to build, which lowers the potential of errors. This economical arrangement does well in low-density plans.

    Double-sided: Double-sided PCBs use copper conductive layers on both sides. Components can be placed on the top side and simultaneously on the bottom side. Double-sided PCBs provide twice as much space for components, more design options, more sophisticated circuits and compact design as compared to single-sided hence dimensions of PCBs can be reduced.

    Multilayer: Multilayer pcb consists of more than two conducting layers. A multilayer PCB has layers of prepreg (woven glass cloth with epoxy resin) and a number of cores with components mounted on top and bottom layers. Multilayer PCBs consist of complex and critical designs. Blind and buried vias are used in multilayer PCs in order to save extra space. Multilayer PCBs are used in a large number of sophisticated and sensitive electronic devices, and hence, they are costly depending on the complexity of design as compared to other types of PCBs.

    Some of our key features are:

    • Quick turn lead time.
    • Prototype Quantities manufacturing.
    • Volume Quantities manufacturing.
    • 1 – 50 Layers Laminations.
    • 10:1 (Mechanical) & 1:1(Laser) Drill Aspect Ratio
    • Maximum Panel Size: 32” x 32” (Inches)
    • Blind/Micro Via’s, Buried Vias
    • Via In Pad with epoxy raisin OR copper fill.
    • ∙ Controlled Impedance for single & differential pairs (+/-10%)

    High Copper Thickness 1oz – 10 oz

    CAPABILITIES:

    Features

    Capability

    Panel Size

    Dimensions wi th routing method

    Min. board size is 20*30mm and Min routing width is 0.8mm

    Layer Count

    Min 1 Layer ~Max 50 Layers

     

    Material

    FR4: KB6164, KB 6167, S1000-2M, S1000H,TG150: KB6165
    Rogers: R4350B, R4003C
    Metal Core: T111AL
    Halogen: S1150G
    TG135: S1141/KB6160 (CTI175-249)

    Board Thickness

    Min 0.2mm ~Max 10mm

     

    Thickness Tolerance

    Min +/-0.10mm & +/-10%

    Finished Outer Layer Copper

    Min 0.5oz ~Max 6oz

     

    Finished Inner Layer Copper

    Min 0.5oz ~Max 6oz

     

    Drill Hole Size

    Min 0.2mm ~ Max 10mm

    PTH tolerance

    Min +/- 3mil

    NPTH tolerance

    Min +/- 2mil

    Min.BGA Pitch

    Min 0.10mm ~ Max 0.12mm

    HDI Spans

    Blind & Buried with Stacked & Staggered VIA’s

    Min Line width

    2 mils

    Min Line spacing

    2 mils

    Solder Mask

    Green,black,Blue,White,Yellow,Red (Matte & Glossy)

    Silkscreen Colour

    White,Yellow,Red,Black (LDI & LPI)

    Board Outline Cutting

    Route & Retain, V-Groove, Route + Scoring, Micro Dicing.

    Surface Finish

    Leaded HASL, Leadfree HASL, ENIG 1u”-5u”, Immersion silver, Immersion tin, O.S.P, ENEPIG, Soft Gold 10u” – 30u”, Hard Gold 30u” – 50u”.

    Test

    Visual Inspection, Flying probe, AOI, solder-ability detection, TDR test of Impedence control, Stress Test, Finish test, cross-sectional samples.

    Applications

    Rigid PCBs have a vital role in electrical industry innovations, Industries, and systems. A wide variety of electronic products, including computers, smartphones, televisions, automobile control systems, medical equipment, industrial equipment, the power sector, defense sector, aircraft, electric vehicles, automated systems, and home appliances have rigid PCBs.

    What PCB Runner provides in Rigid PCB sector?

    We are a team of highly professionals strictly following IPC standards. PCB and PCBA professionals are remarkably experts in their respective areas. PCB Runner ensures you high quality and reasonable cost solutions. We provide exotic materials constructions for critical HDI design requirements and applications.


    Our dedication to our clients’ satisfaction in terms of quality, cost and delivery distinguishes us from the competition. Because of this trust, we upgrade our systems and equipment on an annual basis while also providing professional development for our staff members to keep up with the demands of evolving technology.