Customer
Owns product requirements, design rights, released files, essential acceptance behavior, and approvals unless another scope is agreed.
PCBLaunch engineering service
How a PCBLaunch project moves
PCBLaunch helps overseas small hardware teams move from incomplete files, a board sample, or a prototype to a tested build and a reliable next order—through one accountable China-side project lead.
Five stages
One record from question to handover
The process is intentionally simple. It creates a place for the decisions that otherwise disappear across supplier messages, file folders, and informal approvals.
- 01
Receive the current state
Identify the board, revision, quantity, available files or physical samples, requested outcome, and the person responsible for decisions.
- 02
Review evidence and gaps
Check whether fabrication, assembly, sourcing, firmware, testing, and physical references agree. Record questions instead of filling gaps silently.
- 03
Confirm scope and hold points
Agree which work is included, what must be approved, where a first article or prototype review is needed, and what evidence will decide the next step.
- 04
Coordinate the work
Match specialist engineers and suitable production partners to the released scope. Keep substitutions, issues, and decisions associated with the project revision.
- 05
Handover and prepare the next action
Return the agreed boards, files, findings, and records. Identify whether the project is ready for repeat order, rework, redesign, or another prototype.
The delivery path
From the files you have to the batch you can rely on.
Every project follows the same visible chain. The details change; the responsibility does not.
- 01
Start with what exists
Files, a board sample, a prototype, a BOM, photos, or simply a description of the outcome.
- 02
Review the package
We identify the revision, quantity, constraints, rights, and the person who can approve decisions.
- 03
Find the gaps
Missing data, obsolete parts, unclear tests, and supplier questions are recorded instead of guessed away.
- 04
Build the scope
You receive a practical plan for sourcing, assembly, prototype quantity, tests, hold points, and handover.
- 05
Make the first boards
We match the released scope to the right specialists and production partners for the first build.
- 06
Test and resolve
Findings, substitutions, rework, and unresolved items stay attached to the project revision.
- 07
Approve the revision
Decisions are visible before the project moves from prototype evidence to a small batch.
- 08
Hand over the next action
Boards, files, findings, and records return with a clear recommendation: repeat, rework, redesign, or stop.
Responsibility map
Who decides what
Responsibility can change by project, but it should never remain implied.
PCBLaunch
Coordinates review, specialists, suppliers, issue visibility, progress, and the handover defined for the project.
Engineering and production partners
Perform agreed specialist, fabrication, sourcing, assembly, test, or rework tasks under the project scope.
What the project record should explain
- Which revision was reviewed and released
- Which questions changed the scope
- Which components were fixed or approved as alternatives
- Which checks were performed and under what condition
- Which deviations, rework, and unresolved items remain
- Which files and records were handed over
A clean dashboard is not evidence by itself
The value is in the source files, approvals, observations, and decisions behind each status. PCBLaunch uses process records to make responsibility visible, not to simulate certainty.
The complete delivery thread
One accountable path from question to next order.
PCBLaunch connects the work that factories usually separate: understanding the request, checking the package, selecting the right production route, resolving parts, building, testing, recording results, and preparing the next release.
1–3 · Understand
Capture the customer goal, current evidence, missing information, quantity, and acceptance boundary.
4–7 · Build
Choose the right specialist and supplier, resolve sourcing, confirm the scope, and produce the first controlled build.
8–11 · Prove and hand over
Test, record findings, approve revisions, release the next action, and keep the project ready for repeat production.
Four gates, one visible thread
A project moves forward when the next decision has an owner and evidence.
The process is designed for the space between an incomplete request and a repeatable build. Each gate narrows uncertainty before more time or money is committed.
1. Intake and orientation
Record the product goal, current files or board, quantity, timing and the result the first build must prove.
2. Feasibility and scope
Expose gaps in design, sourcing, assembly, programming, test and logistics. Confirm what needs specialist input.
3. Pilot and evidence
Build the smallest useful proof, record findings and surface changes instead of hiding rework in the schedule.
4. Release and handover
Confirm the accepted revision, open exceptions, quality record and the information needed for the next batch.
Process questions
What happens when the project is not ready for the next gate?
Can the first gate start with incomplete files?
Yes. The first gate identifies what is known, what is missing and which missing item changes scope or risk.
Who approves a change?
The customer approves scope, material, test-limit and release decisions after the relevant specialist input is recorded.
Does a pilot automatically become production?
No. A pilot proves defined questions. Release requires repeatable evidence, agreed exceptions and a stable package.
Start with the files, board, or prototype you already have.
PCBLaunch will identify the next questions before a build scope is agreed.