Two copper layers with plated through vias
Double sided PCBs allow signals and power to move between top and bottom copper layers, making them suitable for controllers, sensor boards, small IoT devices and many industrial modules.
XFPCB China PCB Manufacturer
2 Layer PCB Manufacturer for Reliable Double Sided Fabrication
Prototype-to-production support for buyers who need PTH vias, stable solderability and clear communication
A 2 layer PCB is the workhorse for many electronics projects: enough routing room for components on both sides, plated through holes for connection between layers, and a cost level that still fits prototype, low-volume and mid-volume production. XFPCB helps overseas buyers move from first Gerber review to repeat orders with clear engineering feedback, practical material options and dependable fabrication control.
Double sided PCB PTH vias Prototype to production Assembly-ready options
Buyer focus: DFM review, stable fabrication, export communication and repeat-order support.
Procurement intent
What buyers compare when searching for a 2 layer PCB manufacturer
Most 2 layer PCB buyers need a supplier that can move quickly without treating the order as a blind upload. Procurement teams usually ask a deeper question: will this factory catch design risks before production and deliver double sided boards that are ready for assembly?
Good for samples, bridge orders and repeat builds
XFPCB can support early prototypes and then help stabilize the same part number for repeat production when the design becomes commercial.
PTH quality starts with the drill file
We review drill size, annular ring, slot definition, via tenting, copper clearance and panelization before releasing the order.
Finish, mask and markings selected for your process
Lead-free HASL, ENIG and OSP can be discussed according to soldering method, shelf-life requirement, pad flatness and cost target.
Manufacturing specification
2-Layer PCB buying guide and RFQ details
For most 2 layer PCB projects, the RFQ should define the baseline board structure clearly. XFPCB confirms the manufacturing data before quoting so buyers can compare price, lead time and risk with more confidence.
| Specification | Common XFPCB options | Procurement note |
|---|---|---|
| Base material | FR-4 is the standard; high Tg can be considered when temperature or reliability demands increase | Material selection should match the product environment, not only the lowest prototype price. |
| Copper weight | Commonly 1 oz, with heavier copper reviewed by trace current and fabrication limits | High-current designs need wider traces, thermal relief review and clear copper notes. |
| Surface finish | Lead-free HASL, ENIG, OSP and other finishes by project requirement | ENIG helps pad flatness for fine pitch parts; HASL is often cost efficient for through-hole and standard SMT. |
| Mechanical details | Routed outline, V-score, slots, cutouts and panel rails | Incorrect slot or outline data is a common reason for delayed quotes and tooling questions. |
| Testing | Electrical test and visual inspection based on order requirement | A clear testing requirement helps protect assembly yield and incoming quality approval. |
Manufacturing review
What XFPCB checks before a 2 layer PCB order is released
A double sided PCB usually looks straightforward, but many first-time and repeat-order issues begin in small details: drill-to-pad clearance, plated slot definition, solder mask slivers, silkscreen over pads, insufficient copper relief, or a panel design that is difficult to depanel cleanly. XFPCB reviews these points so the buyer can correct risk before fabrication rather than after boards arrive.
For procurement teams working with engineers in another time zone, our goal is to make the RFQ conversation practical. We identify missing files, confirm stackup basics, and ask for only the details needed to quote and build the board correctly.
Buyer conversion
Built for buyers who need more than a prototype price
A very low sample price is not helpful if the production order later changes material, finish, panel layout or test method. XFPCB looks at the path from prototype to production from the beginning, especially when your 2 layer PCB will be assembled, shipped to another supplier, or used in a regulated product category.
We can quote a small validation lot and a production lot in the same conversation, helping you compare cost, lead time and technical risk before you place the first purchase order.
Order workflow
How XFPCB moves your 2-Layer PCB project from files to shipment
Procurement teams need predictable communication. The steps below show how XFPCB turns design files into a manufacturing plan that can be quoted, produced and shipped with fewer surprises.
1. File intake
Gerber, drill, BOM if assembly is needed, quantity and delivery destination are reviewed for quote completeness.
2. DFM questions
XFPCB flags missing dimensions, unclear slots, tight clearances or finish choices that may affect fabrication.
3. Fabrication and testing
The order moves through imaging, drilling, plating, solder mask, finish, routing and inspection according to confirmed specs.
4. Export packing
Boards are packed by lot and project requirement so incoming inspection and assembly handoff are easier.
Applications
Where buyers commonly use 2-Layer PCB
XFPCB writes each quote around the real product environment, not a generic layer-count label. Tell us where the board will be used so material, finish and testing choices can match the risk level.
IoT sensors and gateways
Industrial control interface boards
Power supply control circuits
Educational, startup and validation prototypes
FAQ
2-Layer PCB questions buyers ask before placing an order
What is the difference between a 1 layer and 2 layer PCB?
A 2 layer PCB has copper on both sides and uses plated through holes or vias to connect the layers. This gives designers more routing options and usually supports more complex circuits.
Can XFPCB quote both prototype and production quantities?
Yes. Send both quantities if you want to compare prototype, pilot run and repeat-order pricing. That helps us review panelization and cost more realistically.
Do I need ENIG for every 2 layer PCB?
No. ENIG is useful for fine pitch pads, flatness and certain shelf-life requirements, but lead-free HASL or OSP may be more cost-effective for many standard boards.
Send RFQ to XFPCB
Get a practical quotation for 2-Layer PCB
For double sided PCB fabrication, complete files help XFPCB quote faster and avoid questions after the order starts.
- Gerber, drill and board outline files
- Quantity for prototype and production comparison
- Board thickness, copper weight and surface finish
- Any assembly, panelization or electrical test requirement
For a faster engineering reply, include Gerber files, drill files, PCB specification, quantity, delivery country and any impedance, material or assembly requirements.
Related PCB products
Compare layer counts before you send your RFQ
Many buyers begin with one layer count and change after DFM review, enclosure checks or cost comparison. These XFPCB pages help you select the most suitable PCB structure before production.