Files & Revision
Check that Gerber files, drill data, fabrication drawings and revision notes describe the same intended build.
DESIGN. FABRICATION. ASSEMBLY.
Manufacturing Services
From Design Review to a Defined Build.
Connect your circuit files, materials, assembly needs and inspection brief. Start with the requirements that matter to your product.
Discuss Your Project01Design Review→02Define the Build→03Plan Verification
Explore Services 01 / START BEFORE PRODUCTIONPCB Re-design
PCB Re-design
Bring the current design into a manufacturing conversation. Review the construction, panelization and assembly interfaces before agreeing on changes.
DESIGN INTENT → MANUFACTURING INPUT
A Better Build Starts with a Clearer Brief.
Share your Gerber files, fabrication drawing and revision notes. Identify the constraints that must stay unchanged, and the parts of the design that can be reviewed.
01Review the Current Design +
Identify the board outline, stack-up, copper requirements, drill data and critical notes. Start with one clearly identified revision.
02Discuss Manufacturing Interfaces +
Review panel layout, mounting, component access and the intended assembly process together. Proposed changes remain subject to your approval.
03Record the Agreed Revision +
Keep the change list connected to the updated drawing set. Confirm the manufacturing inputs and acceptance criteria before proceeding.
DESIGN FOR MANUFACTURABILITY
DFM Review
Review the design against the proposed fabrication and assembly process. Identify questions before releasing the manufacturing files.
Materials & Stack-up
Review material references, layer arrangement, copper requirements and finished thickness against the project drawing.
Circuit & Drill Features
Discuss trace spacing, hole information, annular rings and copper-to-edge requirements against the proposed process.
Mask, Finish & Markings
Review solder mask openings, surface finish notes, legend placement and areas that must remain clear.
Panel & Assembly Interface
Confirm board outline, panel layout, mounting points and assembly access. Include BOM and placement files when assembly is required.
Questions & Approved Changes
Record review questions and proposed changes. Confirm your approval and the final revision before proceeding.
Review inputs: Gerber & drill files, fabrication drawing, revision notes and application constraints.
Review outcome: A clarification and proposed-change list for agreement. Review scope and process limits are confirmed per project.
START WITHGerber & drill files · Fabrication drawing · Revision notes · Mechanical constraints
Download Project Checklist02 / CONNECT THE MANUFACTURING STEPSManufacturing Capability
Manufacturing Capability
Explore the stages of a manufacturing enquiry. Material availability, process limits, inspection scope and timing are confirmed against the project brief.
01 / ENGINEERING REVIEW
Define the Build Before It Begins.
Bring drawings, circuit files, structural conditions and the current revision together. Identify the information that needs confirmation before fabrication and assembly.
Request a Project ReviewDEFINE THE REQUIREMENTS
Let the Project Set the Specification.
Use these topics to prepare the discussion. This is not a published capability table or a guarantee of performance.
- Materials & construction
- Material reference, layer arrangement, copper, dielectric and finished thickness
- Circuit & geometry
- Routing, holes, outline, tolerances, panel layout and mechanical interfaces
- Assembly & inspection
- BOM, placement data, sourcing scope, test brief and acceptance criteria
- Quantity & release
- Project stage, target quantity, revision control and delivery requirements
03 / APPLICATION DIRECTIONLED Lighting Systems
LIGHTING / BOARD TO PRODUCTBRING THE THERMAL BRIEF
LED Lighting Systems
Think Through the Light. Review the Board Behind It.
Connect the LED arrangement to the board outline, mounting interface and assembly requirements. Bring your thermal objectives and enclosure drawing into the same review.
- 01
Thermal & Mechanical Interface
LED locations, heat-source information and the board-to-housing arrangement.
- 02
Electrical & Assembly Inputs
Circuit files, isolation requirements, BOM and component placement.
- 03
Inspection Requirements
Define the project-specific checks and acceptance criteria.
04 / APPLICATION DIRECTIONAutomotive Electronics
Automotive Electronics
Start with the Operating Environment.
Frame your automotive electronics enquiry around the intended function, operating conditions and verification requirements. Confirm the required documentation and manufacturing scope for your project.
Discuss an Automotive ProjectAPPLICATION DIRECTION · NOT A VERIFIED CUSTOMER CASE
Explore FR-4 PCBs05 / APPLICATION DIRECTIONIndustrial Automation & Robotics
Industrial Automation & Robotics
Start with the system interfaces. Bring control boards, connection points, mechanical drawings and assembly constraints into a coordinated project brief.
CONNECT THE BOARD TO THE SYSTEM
Define the Interfaces. Keep the Revision Clear.
Control & Connectivity
Identify connectors, signal interfaces, power inputs and critical circuit requirements.
Mechanical Integration
Review board shape, enclosure fit, mounting points and access for assembly.
Inspection & Change Control
Specify the test brief and records required for each approved revision.
CONTROL · CONNECTIVITY · INTEGRATIONFROM BOARD TO ASSEMBLY
Circuit data + Mechanical drawing + BOM + Inspection brief
Explore SMT Assembly06 / APPLICATION DIRECTIONPower Electronics
Power Electronics
Bring the electrical, thermal and mechanical requirements together. Discuss the proposed materials and construction against the application brief.
REVIEW THE COMPLETE REQUIREMENTELECTRICAL. THERMAL. MECHANICAL.
One Board. More Than One Design Constraint.
Use the application requirements to guide a review of the proposed construction. Required values, material choices and testing remain project-specific.
Copper & Circuit
Routing, copper requirements and critical geometry
Isolation
Material references and electrical test conditions
Thermal Interface
Heat sources, mounting and enclosure contact
Assembly & Test
Component data, assembly scope and acceptance criteria
TURN THE DIRECTION INTO A PROJECT
Your Files Define the Next Step.
Start with your current design. Tell us what is fixed, what can change and what needs confirmation.
Start a Projectinfo@apollopcb.comDesign & Revision
Gerber, drill data, fabrication drawing and the current revision.
Application & Assembly
Mechanical and thermal brief; BOM and placement files when assembly is required.
Acceptance & Timing
Inspection brief, target quantity and delivery requirements.
Application imagery is illustrative, not evidence of customer projects or certifications. Manufacturing limits, materials, tests and delivery scope require confirmation. This static page does not upload or submit project files.