Thermal path
Define heat density, operating environment, thermal cycling and the external heat-sink or package interface before selecting Alumina, AlN, ZTA or Si3N4.
Ceramic PCB manufacturing capability
Ceramic PCB Manufacturing
EBest PCBA manufactures ceramic PCBs using Alumina, AlN, ZTA and Si3N4 substrates with DPC, DBC, AMB, Thick Film, LTCC and HTCC processes. Material, conductor design, geometry, surface finish and inspection requirements are reviewed based on the released project files.
Initial response within 12 hours. Final material, manufacturing process, test plan and production schedule are confirmed after project file review.
Substrate familiesAl2O3 / AlNZTA and Si3N4 reviewed by project
Process routesDPC / DBC / AMBplus Thick Film, LTCC and HTCC routes
Copper reference0.5-12 ozroute-specific DPC, DBC and AMB copper review
Size reference130 × 180 mmgeneral size reference; larger formats need review
Manufacturing route selection
How to Choose the Right Ceramic PCB Manufacturing Process
The correct ceramic PCB process depends on the substrate, conductor system, thermal requirements, circuit geometry and assembly interface. These factors should be reviewed together before the manufacturing process is confirmed.
Electrical isolation
Confirm voltage withstand, creepage, dielectric behavior and conductor-to-edge requirements together with substrate thickness and surface condition.
Conductor system
Fine patterned copper, thick copper, printed conductor paste and co-fired metallization follow different DPC, DBC, AMB, Thick Film, LTCC or HTCC routes.
Assembly interface
Soldering, wire bonding, die attach, component clearance, finish, flatness and inspection requirements must be defined before the board route is released.
Ceramic PCB Metallization Types
Ceramic PCB Metallization Options We Support
Use the following process options as an initial reference. Final material, copper thickness, geometry, surface finish, tolerance and production schedule are confirmed after project review.
Printed and fired conductor
Thick Film Ceramic PCB
For printed paste circuits where firing profile, glaze, conductor geometry and downstream bonding or soldering must be aligned.
Fine patterned copper
DPC Ceramic PCB
For finer copper geometry where conductor thickness, adhesion, surface finish and thermal interface are reviewed as one build.
Thicker bonded copper
DBC Ceramic PCB
For higher-current power circuits where bonded copper, ceramic isolation, thermal cycling and module attachment control the route.
Power-module reliability route
AMB Ceramic PCB
For power-module builds where higher current, cycling load, substrate selection and bonding reliability must be confirmed together.
Low-temperature co-fired ceramic
LTCC Ceramic Circuit
For multilayer ceramic circuits where conductor compatibility, cavities, buried structures and shrinkage control affect release.
High-temperature co-fired ceramic
HTCC Ceramic Circuit
For ceramic packages where conductor system, firing route, multilayer structure and environmental reliability define the build.
Published capability screening
Ceramic PCB Manufacturing Capabilities
The values below are general capability references. Final manufacturability, tolerances and process combinations are confirmed after reviewing the actual project files.
| Capability Item | Standard Capability | Engineering Review Required |
|---|---|---|
| Ceramic substrates | Al2O3, AlN, ZTA and Si3N4 | Glass, quartz, sapphire and special Alumina grades require project confirmation. |
| Process routes | DPC, DBC, AMB, Thick Film, LTCC and HTCC | Layer count, conductor system and route-specific structures are reviewed together. |
| Layer reference | DPC/DBC/AMB: single or double sided. LTCC/HTCC: 1–2, 4 or 6 layers. Thick Film: route-specific construction. | LTCC 6–14 layers and conflicting or special multilayer combinations require engineering evaluation. |
| Outer copper | DPC: 0.5–3 oz. DBC/AMB: 3–12 oz. | Final copper, ceramic, line geometry and bonding combination follow design review. |
| Maximum dimension | 130 × 180 mm screening reference | Larger size and Thick Film format are reviewed by process and panel method. |
| Substrate thickness | Al2O3/AlN: 0.38, 0.635 and 1.0 mm. Si3N4: 0.25 and 0.32 mm. | Thicker and non-standard substrate combinations require availability and process evaluation. |
| Line width / spacing | 0.10 / 0.10 mm general screening reference; copper-dependent rules apply. | Down to 0.076 / 0.076 mm is evaluation-required and route-specific. |
| Surface finish | OSP, ENIG, immersion silver, immersion tin, ENEPIG and hard gold can be reviewed. | Finish must match soldering, wire bonding, conductor system and storage requirements. |
| Finished thickness | 0.2–2.0 mm screening reference | 2.0 mm and above requires project evaluation. |
Important: published values are quotation-screening references. Final manufacturability, tolerances, inspection plan, production route and schedule are released only after engineering review of the project files.
Manufacturing control path
Ceramic PCB Manufacturing Process: From File Review to Final Inspection
Ceramic PCB processes vary by substrate and conductor system. EBest PCBA first confirms the appropriate process, then aligns manufacturing controls and inspection requirements with the approved construction.
File and requirement review
Gerber or ODB++, drawing, material, conductor, quantity, thermal and assembly notes are checked for missing inputs.
Material and route confirmation
Substrate, thickness, conductor system and DPC, DBC, AMB, Thick Film, LTCC or HTCC route are confirmed before pricing.
Controlled manufacturing
Printing, plating, bonded copper or co-fired operations follow the approved construction, geometry, holes, outline and finish.
Inspection and release
Dimensions, conductor geometry, isolation, surface condition, traceability and assembly handoff are checked before shipment.
Ceramic PCB quality control
Ceramic PCB Quality Inspection and Verification
Inspection requirements should match the ceramic substrate, conductor system, circuit structure and downstream assembly method.
Incoming ceramic substrate review
Material identification, thickness, surface condition and project-specific mechanical requirements are checked before circuit processing.
Conductor and geometry control
Line width, spacing, conductor or copper thickness, pads, holes, outline and edge clearance follow the released drawing and route.
Surface and interconnection review
Glaze, solder mask, finish, via or through-hole strategy, wire-bonding and soldering interfaces are checked for compatibility.
Electrical and reliability evidence
Continuity, isolation and project-defined inspection or reliability requirements are confirmed in the quotation and quality plan.
Traceability and packaging
Released revision, lot information, inspection records and packaging route are aligned with the order and downstream assembly needs.
Ceramic PCB applications
Where Are Ceramic PCBs Commonly Used?
Ceramic PCBs are commonly used in applications that require efficient heat dissipation, electrical isolation, dimensional stability and reliable performance in demanding environments.
Medical Electronics
Review isolation, stability, documentation, inspection and assembly requirements for diagnostic and treatment equipment.
Power and New Energy
Assess heat flow, current, copper construction, thermal cycling and power-module interfaces.
Automotive Electronics
Connect thermal and mechanical requirements to substrate, copper, attachment and traceability decisions.
Industrial Control
Review power density, insulation, operating environment, repeatability and downstream assembly needs.
Ceramic PCB quotation requirements
What Information Is Needed for a Ceramic PCB Quote?
You can send the available files even if some details are still open. EBest PCBA will identify any missing information required before the quotation is finalized.
Gerber or ODB++ dataDrill and fabrication drawingSubstrate and process preferenceConductor or copper requirementDimensions and thicknessSurface finish and bonding notesQuantity and delivery targetAssembly and test requirements
Confirm Your Ceramic PCB Process Before Production
Send your available board data, application requirements and open questions. EBest PCBA will review the substrate, manufacturing process, conductor system, geometry, surface finish and assembly requirements before quotation.
FAQ
Ceramic PCB Manufacturing Questions
These FAQs cover common questions about ceramic PCB materials, manufacturing processes, surface finishes, quotations and assembly.
How do I choose between Alumina and Aluminum Nitride for a ceramic PCB?
The choice depends on heat flow, electrical insulation, mechanical conditions, geometry and cost. Alumina is a common general-purpose ceramic substrate, while AlN is reviewed when the thermal path is more demanding. Final material and grade are confirmed from the application and released files.
What is the difference between Thick Film, DPC, DBC and AMB ceramic PCB routes?
Thick Film uses a printed and fired conductor system. DPC supports finer patterned copper, while DBC and AMB are commonly reviewed for thicker copper and higher-power constructions. The correct route depends on conductor thickness, line geometry, ceramic material, thermal cycling and assembly interface.
Can Thick Film Ceramic PCBs Use Copper Conductors?
No, not normally. The Thick Film route generally uses printed conductor pastes such as Ag/Pd or Au rather than the copper constructions used in DPC, DBC or AMB. EBest PCBA confirms the conductor system, firing route, via strategy and finish before quotation.
Can ceramic PCB include plated holes or multilayer structures?
Yes, depending on the selected ceramic route. DPC, DBC, AMB, Thick Film, LTCC and HTCC use different conductor and build methods, so hole type, layer count, conductor compatibility and panel format are confirmed after artwork review.
Which surface finishes can be reviewed for ceramic PCB?
OSP, ENIG, immersion silver, immersion tin, ENEPIG and hard gold requirements can be reviewed. Availability depends on the ceramic route, conductor system, bonding or soldering process and final reliability requirement.
What files are needed for a ceramic PCB quotation?
Send Gerber or ODB++ data, drill files, fabrication drawing, substrate and process preference, conductor or copper requirement, dimensions, thickness, surface finish, quantities and any assembly, bonding, thermal or inspection notes.
Can EBest PCBA support ceramic PCB assembly?
Yes, subject to project review. Send the BOM, placement data, drawings, bonding or soldering requirements and test expectations so the fabrication and assembly interfaces can be evaluated together.