PCB manufacturer directory
Compare published manufacturing capabilities| Manufacturer & region | Capability envelopeLayers | Line / space | Hole | Impedance | RFQ | |
|---|---|---|---|
 Shanghai Fast-PCBShanghai, ChinaView factory profile Rigid-flex PCBRigid-flex PCB fabricationProfile: Rigid-flex PCB fabrication | 2–24 layers——— Manufacturer-published limits PCB fabrication page, rigid-flex family. The homepage has a lower rigid-flex count in another section; obtain the current released specification before ordering. | ||
 Hitech CircuitsShenzhen, Guangdong, ChinaView factory profile Rigid PCBRigid PCB — mechanical finished-hole profileProfile: Rigid PCB — mechanical finished-hole profile | 1–38 layers2.95 / 2.95 mil0.15 mm hole±10% impedance Manufacturer-published limits Rigid PCB table. Mechanical finished-hole value only; the separate 0.1 mm laser value is excluded. | ||
 Victory PCBShenzhen, Guangdong, ChinaView factory profile Rigid PCBRigid PCB — published process rangeProfile: Rigid PCB — published process range | 1–16 layers3 / 3 mil—— Manufacturer-published limits Official capability table. The unspecified 0.1 mm hole definition is not entered into the finished-hole filter. | ||
 NextPCBChinaView factory profile Rigid PCBFR-4 multilayer — 1 oz outer copperProfile: FR-4 multilayer — 1 oz outer copper | 4 / 6 / 8 / 10 / 12 / 14 / 16 / 18 / 20 layers3 / 3 mil—±10% impedance Manufacturer-published limits One-ounce outer-copper condition. Half-ounce inner-layer minima are not used as an outer-layer promise. Even controlled-impedance layer choices only. | ||
PCBWayShenzhen, Guangdong, ChinaView factory profile Rigid PCBStandard PCB fabricationProfile: Standard PCB fabrication | 1–14 layers3.94 / 3.94 mil0.15 mm hole— Manufacturer-published limits Standard PCB table only. Advanced processing and specialty laminate limits require a separate review. | ||
 JLCPCBShenzhen, Guangdong, ChinaView factory profile Rigid PCBFR-4 multilayer — impedance-controlledProfile: FR-4 multilayer — impedance-controlled | 4 / 6 / 8 / 10 / 12 / 14 / 16 / 18 / 20 / 22 / 24 / 26 / 28 / 30 / 32 layers——±10% impedance Manufacturer-published limits Controlled-impedance offering. Trace/space varies with copper weight; no universal minimum is inserted. Listed layer choices are even numbers. | ||
CEE TechnologyHuizhou, Guangdong, ChinaView factory profile HDI PCBHDI and rigid-flex manufacturingProfile: HDI and rigid-flex manufacturing | ———— Manufacturer-published limits Company-level offering. No line width, finished-hole size or impedance tolerance is inferred from quality-system descriptions. | ||
 Olympic Circuit TechnologyHeshan, Guangdong, ChinaView factory profile Rigid PCBAutomotive multilayer PCBProfile: Automotive multilayer PCB | ———— Manufacturer-published limits Company-level product portfolio; no numerical parameters are inferred from application labels. | ||
 Ellington ElectronicsZhongshan, Guangdong, ChinaView factory profile HDI PCBZhongshan multilayer and HDI PCBProfile: Zhongshan multilayer and HDI PCB | ———— Manufacturer-published limits Factory-specific product families are published, but the reviewed page does not define a numerical capability envelope. | ||
 Bomin ElectronicsMeizhou, Guangdong, ChinaView factory profile HDI PCBMZ-HDI PCB — batch-production processProfile: MZ-HDI PCB — batch-production process | Up to 16 layers1.77 / 1.77 mil—±8% impedance Manufacturer-published limits MZ-HDI batch column in the official PCB division process sheet. Prototype limits are separate. The sheet specifies drilled-hole values, which are not entered as finished apertures. |
How should I read the evidence?
UL ownership, equipment and material traceability are reviewed separately. Open each record for its source, scope and review date. Reviewed documents do not guarantee a particular board design or production outcome.
Do matching limits guarantee my board is manufacturable?
No. Layer, trace, drill and impedance values must match within one capability profile, but the combination still requires a factory DFM review. A dash means the value was not published and does not satisfy a numeric filter.