JLCPCB vs PCBWay: Which PCB Manufacturer Is Better?

JLCPCB and PCBWay are two of the best-known Chinese PCB manufacturers for prototypes, PCB assembly, and low-volume production. Both provide online quotations, international shipping, and a wide range of manufacturing options—but they are not identical.

The short answer is that JLCPCB is often the more convenient choice for inexpensive standard boards and highly automated PCB assembly, especially when the required components are already in its parts library. PCBWay is often the stronger starting point for specialized materials, advanced PCB structures, unusual surface finishes, heavy copper, and projects that need more direct engineering communication.

However, neither supplier is automatically cheaper or better for every design. The correct choice depends on your stackup, tolerances, component availability, testing requirements, order quantity, and destination.

Data note: Capabilities and advertised prices were checked in September 2026. Always confirm current specifications through the manufacturer’s quote system before ordering.

JLCPCB vs PCBWay at a Glance

Comparison Area	JLCPCB	PCBWay
Best suited for	Standard prototypes, cost-sensitive boards, fast automated ordering	Advanced PCBs, specialty processes, engineering-supported projects
Advertised entry-level PCB price*	From $2 for 5 boards(Order on JLCONE), $4 (Order on Web)	From $5 for 10 boards
Standard layer capability	1–32 layers	1–14 layers through standard service
Advanced layer capability	Up to 32 layers listed	Full-feature service advertised up to 64 layers
Standard minimum trace/space	Typically 4/4 mil; 3.5/3.5 mil for some multilayers	Typically 4/4 mil
Minimum mechanical drill	0.15 mm	0.15 mm
Controlled impedance	Available; ±10% standard	Available
Specialty PCB options	FR-4, flex, metal-core, high-frequency and other options	Flex, rigid-flex, HDI, Rogers, metal-core, heavy copper and others
Assembly	SMT, THT and mixed	SMT, THT and mixed
Component sourcing	Integrated parts library, global sourcing and consigned parts	Turnkey, partial turnkey and consigned/kitted parts
Typical workflow	Highly automated	Automated quote plus more sales-assisted options
Mechanical services	CNC, 3D printing and sheet metal	CNC, 3D printing, sheet metal and injection molding

*Entry prices are promotional starting points and do not represent the total delivered cost of a typical custom order.

What Are JLCPCB and PCBWay?

JLCPCB

JLCPCB focuses heavily on digitalized, high-volume manufacturing. Customers upload Gerber files, select specifications, review the design, and receive an online price. Its ecosystem also connects PCB manufacturing with EasyEDA, component sourcing, PCB assembly, stencils, and mechanical manufacturing.

According to its published PCB manufacturing capabilities, JLCPCB supports 1–32-layer rigid boards, controlled impedance, FR-4, metal-core and high-frequency materials, backdrilling, and filled-and-capped via-in-pad processes.

This automated model is particularly efficient when a design uses common specifications and components already available in the JLCPCB parts library.

PCBWay

PCBWay also provides online PCB quotations, but its published capability structure separates standard quick-turn boards from advanced, manually reviewed projects.

Its standard PCB capabilities cover 1–14 layers, while its advanced services include HDI, blind and buried vias, rigid-flex construction, specialized laminates, heavy copper, and other non-standard processes. PCBWay also advertises full-feature manufacturing up to 64 layers, although high-layer-count boards require engineering review.

PCBWay’s broader custom-service model can be useful when the order does not fit neatly into a standard online configuration.

JLCPCB vs PCBWay Pricing

Bare PCB Prototype Pricing

JLCPCB advertises selected standard FR-4 boards from $2 for five pieces, while PCBWay advertises selected 1- or 2-layer prototypes from $5 for ten pieces. These offers usually apply only to specific board dimensions, materials, layer counts, quantities, and production schedules.

They do not establish which manufacturer will be cheaper for your actual design.

The following specifications can substantially change the quotation:

• Board dimensions and panel utilization
• Layer count and finished thickness
• Copper weight
• Minimum trace, spacing, and hole size
• Controlled-impedance requirements
• High-Tg or high-frequency laminate
• ENIG, ENEPIG, hard gold, or other surface finishes
• Via-in-pad, backdrilling, blind vias, or buried vias
• Castellated holes and edge plating
• Electrical testing and inspection documentation
• Expedited production

For a simple 2-layer FR-4 board, JLCPCB frequently has a very competitive starting price. For heavy copper, special finishes, unusual materials, or advanced structures, PCBWay may provide more options directly—but the final result must be determined through an actual quotation.

PCB Assembly Pricing

JLCPCB advertises PCBA pricing beginning with an $8 setup charge plus a per-solder-joint charge. PCBWay promotes selected assembly orders from $29. These figures are not directly comparable because they may include different services and exclusions.

The real PCBA cost normally includes:

1. Bare PCB fabrication
2. Stencil and engineering setup
3. Component cost
4. Component sourcing or handling
5. SMT and through-hole placement
6. Manual soldering
7. Inspection and testing
8. Programming or functional testing
9. Packaging and shipping

JLCPCB can be especially economical when most parts are available in its integrated inventory. PCBWay can become attractive when the buyer wants to supply critical components, combine turnkey and consigned sourcing, or request additional manual processes.

Total Landed Cost

Do not select a supplier by comparing the PCB subtotal alone. Compare the total landed cost:

Landed cost = fabrication + assembly + components + tooling + testing + shipping + customs duties + taxes

A low promotional board price can be outweighed by courier charges, component procurement, or special-process fees. This is particularly important for small orders shipped internationally.

PCB Manufacturing Capabilities

Standard Rigid PCBs

For conventional FR-4 prototypes, the two manufacturers have similar baseline design rules.

JLCPCB lists:

• 1–32 rigid PCB layers
• 0.15 mm minimum mechanical drill
• 4/4 mil trace and spacing for typical 1- and 2-layer boards
• Approximately 3.5/3.5 mil for certain multilayer designs
• ±10% standard impedance tolerance
• Board thicknesses from 0.4 to 4.5 mm
• HASL, lead-free HASL, ENIG, and selected OSP options

PCBWay’s standard service lists:

• 1–14 layers
• 0.15 mm minimum mechanical drill
• 4/4 mil minimum trace and spacing
• Board thicknesses from 0.2 to 3.2 mm
• Up to 8 oz outer-layer copper in its published standard table
• HASL, ENIG, OSP, hard gold, immersion silver, immersion tin, and ENEPIG

For ordinary prototypes, both manufacturers can handle most common design requirements. Differences become more important when the design moves beyond standard FR-4 construction.

HDI, Blind Vias and Advanced Multilayers

PCBWay explicitly presents HDI, blind and buried vias, any-layer HDI, laser drilling, and high-layer-count boards as part of its advanced services. Its capability table treats these as engineering-reviewed processes rather than standard quick-order options.

JLCPCB supports multilayers, via-in-pad filling, backdrilling, fine BGA fan-outs, and controlled impedance. However, its main rigid-board table marks blind and buried vias as unsupported while an FAQ on the same page refers to advanced HDI options. Therefore, customers should obtain written engineering confirmation before assuming a particular HDI buildup is available.

For advanced designs, send the complete stackup and via structure to both companies rather than relying only on the online selector.

Heavy Copper and Surface Finishes

PCBWay has a clear advantage in the breadth of options shown in its standard capability table. It lists outer-layer copper weights up to 8 oz and a wider range of surface finishes.

JLCPCB lists up to 4.5 oz finished outer copper for certain 2-layer boards and up to 2 oz for multilayers in its standard rigid-PCB table. Its standard finish menu is more limited.

PCBWay may therefore be a better candidate for:

• High-current power boards
• Industrial power electronics
• Thick-copper PCBs
• ENEPIG requirements
• Immersion silver or immersion tin
• Hard-gold contacts
• Complex gold-finger requirements

Capability alone does not guarantee the best result. Confirm copper tolerance, plating thickness, finished hole size, minimum annular ring, and inspection method before placing a production order.

Flex, Rigid-Flex and High-Frequency Materials

Both suppliers offer more than standard FR-4. JLCPCB prominently lists flexible, metal-core, and Rogers/PTFE-based high-frequency boards. PCBWay lists flex, rigid-flex, HDI, Rogers, high-Tg, metal-core, and heavy-copper products.

PCBWay’s published menu is broader for rigid-flex and non-standard material combinations. JLCPCB may still be competitive for standardized flex or high-frequency constructions supported by its online quotation system.

For RF or controlled-impedance designs, do not select a supplier based only on a generic material name such as “Rogers” or “FR-4.” Confirm:

• Exact laminate and prepreg model
• Finished dielectric thickness
• Copper type and finished copper thickness
• Fabrication Dk used for impedance calculation
• Impedance tolerance
• Coupon and test-report requirements
• Material substitution policy

PCB Assembly and Component Sourcing

JLCPCB Assembly

JLCPCB’s PCB assembly service supports SMT, through-hole, and mixed assembly on single- and double-sided boards. Its published capabilities include 01005 components and packages such as QFN, QFP, BGA, and LGA.

Its main strength is workflow integration. The platform automatically matches the BOM against an in-stock library that JLCPCB says contains more than 730,000 parts. Customers can review part selection and placement through the ordering interface.

JLCPCB also lists global sourcing, preordered private-library parts, customer-consigned components, conformal coating, IC programming, and functional testing.

This model works well when:

• The design uses widely available components
• Fast online pricing is important
• Only a few prototypes are needed
• The team wants fabrication, components, and assembly in one system
• The BOM is compatible with automated sourcing

PCBWay Assembly

PCBWay supports turnkey, partial-turnkey, and customer-supplied component models. Its assembly capability page lists SMT, through-hole, mixed, and double-sided assembly, along with components as small as 01005 and fine-pitch BGA assembly.

PCBWay also advertises cable assembly, box build, electromechanical assembly, product assembly, component programming, and customer-defined functional testing.

This can be useful when:

• The customer needs to consign expensive or controlled components
• Several sourcing methods must be combined
• The PCBA requires extensive manual assembly
• Flex or rigid-flex boards need assembly
• The project includes cables, enclosures, or final product integration
• Engineering communication is more important than a fully automated order

Inspection and Testing

Both companies publish multiple PCB and PCBA inspection options, including:

• Solder paste inspection
• Automated optical inspection
• X-ray inspection for hidden joints
• Flying-probe or electrical testing
• Visual inspection
• Functional testing based on customer procedures

JLCPCB specifically lists SPI, AOI, X-ray, flying-probe testing, functional testing, and programming. PCBWay lists visual inspection, AOI, X-ray, ICT, and customer-defined functional testing.

Do not assume every test is included by default. State the required inspection plan in the RFQ and ask whether reports, images, microsections, impedance results, or functional-test records are included.

Lead Time and Shipping

Both companies advertise 24-hour production for selected standard PCB orders. This does not mean every board will arrive within 24 hours.

JLCPCB states that many PCBA orders can be assembled within 24–48 hours after PCB fabrication and material preparation. Its complete assembled-board workflow may deliver finished boards in approximately one week under suitable conditions.

PCBWay advertises 24-hour standard PCB fabrication and approximately three to five days for selected PCBA orders. Its detailed assembly page states that assembly can range from 24 hours to several weeks, depending on complexity and component readiness.

The critical distinction is between:

• Quotation and engineering-review time
• Component procurement time
• PCB fabrication time
• Assembly time
• Testing time
• International transportation
• Customs clearance

When comparing lead times, ask both suppliers for a ready-to-ship date based on all parts being available. Then add the courier estimate and a reasonable customs buffer.

Quality and Certifications

JLCPCB publishes certificates including ISO 9001:2015, IATF 16949:2016, ISO 13485:2016, ISO 14001:2015, UL, RoHS, and REACH compliance. Its quality-control overview describes pre-production file review, automated production equipment, AOI, flying-probe testing, and final inspection.

PCBWay also lists IATF 16949, ISO 9001:2015, ISO 13485:2016, UL, RoHS, and REACH among its quality standards. Its published processes include AOI, electrical testing, microsection inspection, impedance testing, X-ray, and PCBA testing.

These certifications are useful supplier-screening criteria, but they do not prove that every order has identical quality. Before purchasing regulated, automotive, medical, or high-reliability boards, verify:

• The current certificate and expiration date
• The certified company and manufacturing location
• The certificate’s scope
• The IPC acceptance class
• Material traceability
• Lot traceability
• Inspection records
• Change-control and substitution procedures

For production sourcing, the safest approach is to order a representative pilot batch using the same material, stackup, surface finish, and inspection plan intended for volume production.

Ordering Experience and Technical Support

JLCPCB’s ordering process is optimized for speed. Gerber analysis, specification selection, BOM matching, component placement review, payment, and production tracking are handled through a highly automated platform.

That efficiency is valuable for standard work, but unusual instructions must be written clearly in the order notes and fabrication documentation.

PCBWay also provides online quotations and production tracking, but its advanced PCB and assembly workflows place more emphasis on communication with a sales representative or engineer. This can be helpful when a design requires explanation, non-standard materials, or multiple secondary operations.

The practical tradeoff is:

• Choose a more automated workflow when the design fits established rules.
• Choose a more engineering-assisted workflow when the design contains exceptions that cannot be communicated safely through checkboxes.

When Should You Choose JLCPCB?

JLCPCB is likely the better option when:

• You need inexpensive standard FR-4 prototypes.
• Your PCB uses common dimensions, thicknesses, and finishes.
• Your BOM matches parts already available in its library.
• You want fast, automated PCB and PCBA ordering.
• You use EasyEDA or value close integration with component sourcing.
• You need only a few assembled prototypes.
• Your project does not require highly unusual materials or processes.

When Should You Choose PCBWay?

PCBWay is likely the better option when:

• You require rigid-flex, HDI, blind or buried vias.
• Your design uses heavy copper or uncommon surface finishes.
• You need a high-layer-count or specialized PCB.
• You want to supply some or all components.
• Your PCBA includes extensive through-hole or manual assembly.
• You require cables, box build, programming, or final product assembly.
• You want more direct discussion with a sales representative or engineer.

How to Compare JLCPCB and PCBWay Quotes Fairly

1. Submit the Same Manufacturing Package

Send the same Gerber files, drill data, fabrication drawing, stackup, BOM, centroid file, assembly drawing, and test instructions to both suppliers.

2. Lock the Important Specifications

Specify exact requirements for:

• Material model and Tg
• Finished board thickness
• Copper weight
• Surface finish and thickness
• Solder-mask color
• Controlled impedance
• Via filling
• IPC class
• Electrical testing
• Panelization

3. Confirm Component Details

Make sure both quotes use the same manufacturer part numbers. An alternative component can change both price and product performance.

4. Review Included Testing

Ask whether AOI, X-ray, electrical testing, impedance testing, programming, and functional testing are included or optional.

5. Compare Lead Times From the Same Starting Point

A PCBA lead time should begin only after all components, files, and engineering questions are resolved.

6. Calculate the Delivered Cost

Add shipping, tariffs, customs fees, taxes, and payment charges. Compare the final cost per usable board—not the promotional subtotal.

JLCPCB vs PCBWay: Final Verdict

There is no universal winner in the JLCPCB vs PCBWay comparison.

Choose JLCPCB when speed, low entry pricing, automated ordering, and integrated component sourcing are the main priorities. It is especially attractive for standard prototypes and straightforward small-batch PCB assembly.

Choose PCBWay when your project requires a wider range of advanced fabrication options, specialty finishes, flexible component sourcing, or more hands-on engineering support. It may be the better fit for complex prototypes and non-standard production requirements.

For an important product, obtain quotes from both manufacturers and at least one additional production-oriented PCB supplier. A third quote can reveal hidden differences in laminate selection, stackup, testing, communication, and volume pricing.

If you are preparing to move from prototype to production, LEADHUI PCB can provide an additional engineering-reviewed quotation for comparison, including stackup evaluation, material confirmation, PCB fabrication, component sourcing, and assembly.

Frequently Asked Questions

Is PCBWay Better Than JLCPCB?

PCBWay may be better for advanced or highly customized boards. JLCPCB may be better for inexpensive standard prototypes and automated PCBA orders. The better choice depends on the design.

Is JLCPCB Cheaper Than PCBWay?

JLCPCB often has a lower advertised entry price for selected standard PCBs, but it is not always cheaper after adding materials, special processes, assembly, components, and shipping. Compare identical project quotes.

Which Is Better for PCB Assembly?

JLCPCB is convenient when most components are available in its integrated library. PCBWay may be preferable when you need consigned parts, combined sourcing methods, manual assembly, box build, or custom testing.

Can JLCPCB and PCBWay Handle Production Orders?

Both companies support more than prototypes. Before moving to volume production, verify material control, traceability, quality documentation, test coverage, change management, and long-term pricing.

Can I Prototype With One Supplier and Manufacture With Another?

Yes, but the design may need to be adjusted to the new supplier’s stackup and manufacturing rules. Confirm impedance, material, copper thickness, via construction, and tolerances before transferring the project.