Electronics assembly engineering teams

BoardPose Panel and Feeder Plan Compiler

Source: this release’s synthetic input → 7 output files. Observed 2026-09-08. Coverage: one example within the supported profile.

BoardPose compiles component placements for a panelized board and assigns compatible logical feeder slots. You declare board coordinates, datum, and mirror settings along with panel replication, and it transforms each placement into panel coordinates and proposes feeder slot assignments that match your declared compatibility. It reports a geometric cost to help compare arrangements, keeping the scope to layout arithmetic rather than machine behavior.

Open the workflow Download example

Transform placements and assign compatible feeder slots

Free browser processingNo account requiredDownloadable resultsExplicit supported scope

YOUR WORKSPACE

Turn your input into a checked artifact

Load the synthetic example to explore the format, or choose your own supported JSON file. Processing happens on this device. Your input is not uploaded. The first run downloads the processing engine.

Open JSON file Input template

Your input · JSON, up to 8 MiB

Load an input to begin. Each workflow also has its own smaller domain limits.

Keep your original source. Unsupported inputs return an explanation. These workflows implement the stated mathematical or file-format checks; they do not establish physical performance, language quality or real-world reliability.

HOW TO USE IT

A repeatable input-to-output workflow

Provide board coordinates, datum, mirror, panel replication, and feeder compatibility as JSON.

The tool replicates placements across the panel and assigns each to a compatible logical feeder slot.

You download the transformed placements, slot assignments, and geometric cost for review.

What you receive

Panel-transformed placement coordinates
Compatible logical feeder slot assignments
A geometric cost figure per arrangement

Supported scope and limits

Uses explicit board coordinates, datum, mirror, and panel replication you declare
Reports geometric cost, not machine cycle time
No controller or machine program files are produced
Polarity, nozzle, and calibration are never inferred

Read the exact input profile and examples. Start with the supplied template; this release does not guess missing settings.

OPTIONAL OFFLINE BATCH KIT

BoardPose automation kit

$349 one time

Proposed one-time batch automation kit: a versioned ZIP with an offline CLI runner, the BoardPose engine module, input fixtures, a verifier, and acceptance tests for compiling panel and feeder plans offline. No recurring updates or support are promised. Checkout is unavailable at publication until a provider connection is established.

Browser processing and result downloads above are free. The proposed kit bundles the same core engine with an offline command-line runner, synthetic fixtures, source, checksums and acceptance tests for repeated jobs.

Checkout is unavailable. You can use the browser workflow now. The kit cannot be purchased on this page yet.

A future purchase delivers the named version as a ZIP. No subscription, future updates, hosted storage or hands-on review is included. Pricing is an introductory offer experiment.

The interest page accepts contact details. Do not send your source files.

Inspect the synthetic example

Input and actual engine output, available before any purchase.

Example provenance: synthetic source fixture, generated and checked on 2026-09-08. The following sizes and hashes are counted from the downloadable result ZIP; they are not customer data or performance claims.

File in example	Bytes	SHA-256 prefix
feeder_assignment.csv	78	5d7b538b7b33
normalized_input.json	857	9321c9300e34
panel_placements.csv	278	77f94f1b7845
placement_sequence.csv	201	04811620ff2d
preview.svg	1,310	5ab3db30874d
proof.json	494	b567a3933cee
report.json	1,336	12362ef725fb

Before you start

Does it estimate machine cycle time?

No. It reports a geometric cost for comparing arrangements, not placement machine timing.

Will it set polarity or nozzles?

No. Polarity, nozzle, and calibration are not inferred and must come from your process.

Reference material

These sources describe the surrounding formats and established tools. They do not endorse this product or prove demand for it.