PCBSync Engineering Tools

PCB Price Calculator

Estimate printed circuit board manufacturing cost in seconds. Adjust layers, size, quantity, material and finish — and watch the price and cost drivers update live. No sign-up, no waiting.

Instant estimate No sign-up required 1 to 16 layers Quote in seconds

Board specification

Enter your PCB parameters
mm
mm
Advanced fabrication options optional
Impedance control
Controlled-Z stack-up
Gold fingers
Beveled edge contacts
Add SMT assembly estimate labor only
Include assembly
Estimates placement & soldering labor — excludes the cost of components (BOM)
The method

How the PCB price calculator works

Fabricators rarely publish a single formula — but almost all of them price a bare board the same way: by how much panel area it consumes, scaled by how hard it is to build. This tool uses that same area-based model so the numbers move the way a real quote does.

Pricing model
// per-board fabrication
unit = area × layerRate × processMult

// order total
total = ( eng + unit × qty × volume ) × lead
1

Board area

Length × width sets how many boards fit on a manufacturing panel. Area is the single largest lever on price.

2

Layer rate

Each layer count carries its own per-area rate. Moving 2 → 4 layers roughly doubles it; every pair after that adds less.

3

Process multipliers

Material, copper weight, surface finish, fine traces, small holes, blind/buried vias and impedance control each scale the rate.

4

Volume & lead time

A one-time engineering fee is spread across the run, larger batches lower the per-unit cost, and faster turnaround adds a premium.

Stacks of finished green FR-4 printed circuit boards ready for assembly Finished FR-4 boards · 2-layer · HASL
Cost drivers

What drives the cost of a PCB

Understanding which specs move the price lets you design to budget. These are the levers, ranked by how strongly they push the number.

Size & layers & quantity are the primary drivers — they decide panel usage and the whole production setup.
Material & finish — standard FR-4 with HASL is the baseline; ENIG, Rogers and aluminum cost more.
Tolerances & vias — fine traces, tiny laser-drilled holes and blind/buried vias each add real processing cost.
Turnaround — a 24–48 hour rush can add 30–130% versus standard lead time.

Board size

Price scales directly with surface area — bigger boards use more laminate and fewer fit per panel.

High impact

Layer count

More layers mean extra lamination, drilling and plating. 2→4 layers typically doubles fabrication cost.

High impact

Quantity

One-time tooling spreads over the batch, so per-unit price drops sharply from prototype to production volumes.

High impact

Material

FR-4 is the economical default. High-Tg, aluminum and especially Rogers high-frequency laminates raise the rate.

Medium impact

Surface finish

HASL and OSP are cheapest; ENIG, immersion silver and hard gold add cost but improve flatness and shelf life.

Medium impact

Tolerances

Tracks under 5 mil and holes under 0.25 mm need finer tooling and lower yields, increasing the unit price.

Medium impact

Vias & HDI

Blind and buried vias each add a drill-and-plate cycle; sequential lamination for HDI is a notable premium.

Medium impact

Lead time

Prioritizing a job ahead of the queue carries real cost — rush turnaround can multiply the base price.

Medium impact

Quality class

IPC Class 3 adds coupons, cross-sections and tighter inspection — usually a 15–20% increase over Class 2.

Lower impact
Save money

How to reduce your PCB cost

Small design choices compound. Before you order, run your board through the calculator above and test these changes against your budget.

Drop layers where the routing allows. Going from 6 to 4 layers can cut fabrication dramatically.
Stay on standard FR-4 unless thermal or RF performance truly requires a specialty laminate.
Keep a rectangular outline. Simple shapes panelize efficiently and avoid milling charges.
Relax tolerances you don't need. 6-mil traces and 0.3-mm holes hit standard pricing.
Choose HASL or OSP for prototypes; reserve ENIG for fine-pitch BGAs and long shelf life.
Avoid blind/buried vias unless density demands them — through-hole vias are far cheaper.
Batch your orders. Larger runs amortize tooling and drop the per-board price steeply.
Plan around standard lead time. If the schedule allows, skip the rush premium entirely.
Built for your role

Made for designers, engineers & purchasers

One tool, three jobs — fast budgeting for everyone who touches a board before it ships.

PCB designers

See the cost of a layout decision the moment you make it, and route to a budget instead of a surprise.

  • Compare layer-count trade-offs instantly
  • Test finish and via choices before fab
  • Live board preview by mask color

Electronic engineers

Anchor a project budget with a credible fabrication figure, then layer in assembly and parts for the full picture.

  • Prototype-to-production cost curves
  • Optional SMT assembly labor estimate
  • Transparent multipliers, no black box

PCB purchasers

Sanity-check supplier quotes and negotiate from a position of knowledge before you issue a PO.

  • Benchmark quotes in seconds
  • See volume-break pricing clearly
  • Multi-currency for global sourcing
Questions

PCB price calculator — FAQ

How accurate is this PCB price calculator?
It gives a realistic ballpark using an area-based pricing model. Real prices vary by manufacturer, panel utilization and live material costs, so treat it as a budgeting and design tool — then confirm with an exact manufacturing quote before ordering.
How is PCB price calculated?
Most fabricators price by area. The simple model: unit price = board area (m²) × a per-area rate set by layer count × process multipliers for material, copper, finish, tolerances and vias. The order total adds a one-time engineering/tooling fee, applies a volume factor for quantity, and a multiplier for lead time.
What factors affect PCB cost the most?
Board size, layer count and quantity are the biggest, followed by material, surface finish, copper weight, minimum hole/trace tolerances, via type (blind/buried HDI), impedance control and turnaround time.
Does the estimate include components and assembly?
By default it estimates bare-board fabrication only. Enable the assembly add-on to estimate SMT placement labor — but it excludes the cost of the components (BOM) themselves, which depend on your part numbers and supplier.
Why does going from 2 to 4 layers roughly double the price?
A 4-layer board needs additional inner cores, extra lamination cycles and more drilling and plating than a 2-layer board, so fabrication cost typically doubles. Each further pair of layers adds less — 4 to 6 is often around a 50% increase.
How can I reduce my PCB cost?
Keep the layer count as low as the design allows, use standard FR-4, choose HASL or OSP, keep a rectangular outline that panelizes well, relax tight tolerances, avoid blind/buried vias unless required, order in larger batches, and pick standard lead time instead of rush.
Is it free and do I need to sign up?
Yes — completely free, no sign-up or email. Enter your specs and the price updates instantly in your browser. When you're ready for a firm quote, head to PCBSync.

From estimate to firm quote

You've shaped the design and seen the price. Upload your Gerbers to PCBSync and turn this estimate into a manufacturing-ready quote — fabrication, assembly and parts in one place.

Open the PCBSync quote