Does Odoo import BOMs from Altium or KiCad?

Not directly, no. BOMs typically come in through a structured import, and the real work is in mapping designator-level CAD output to purchasable parts. We build that mapping into the project itself rather than treating it as an afterthought, since nothing creates duplicate parts faster than an unmapped BOM import.

Can Odoo track RoHS and compliance attributes per component?

Yes, held as product attributes and attachments that then travel with the part wherever it appears in the BOM. Odoo won't validate compliance on your behalf, though, so the underlying data stays your responsibility and your supplier's.

How does Odoo handle kitting and shortages?

Components get reserved by planned manufacturing orders, so a shortage shows up as an unavailable quantity tied to a specific build rather than a vague, general stock problem. That's the report a production planner genuinely needs before releasing a kit.

How long does an electronics implementation take?

Typically 14 to 20 weeks, though BOM data quality is the real variable there. Shops with clean part numbering move through quickly; shops where one component goes by four different descriptions end up spending most of the project sorting that out, which is worthwhile work regardless.

Odoo for Industry · Electronics Manufacturing

Odoo for Electronics, BOM Revisions, Component Risk and Serial Traceability

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Why Does BOM Control Decide Everything in Electronics?

Electronics BOMs run deep, get revised constantly, and are full of parts that can go end-of-life with no warning at all. Whether a build turns a profit or stalls out usually comes down to two things: whether the shop floor was actually working from the revision engineering intended, and whether anyone spotted the obsolescence before it hit.

How Do You Stop the Floor Building an Old Revision?

A BOM gets updated by engineering in a spreadsheet or PDM, while production is still working from a printout, and the two drift apart. It's always the build where nobody could say which revision was authoritative that goes wrong.

Bill of materials revisions run through engineering change orders in Odoo PLM, with the approval logged and the prior revision kept on record. Because manufacturing orders reference the released revision directly, the floor can't quietly fall a version behind without anyone noticing.

How Do You See Component Risk Before It Stops a Line?

Too often, a single-sourced part going end-of-life isn't discovered until a purchase order gets rejected outright. At that point the redesign is already urgent, broker pricing is punishing, and the build is behind schedule.

Approved vendors, lead times, and pricing are held per component in Odoo, which makes single-sourced and long-lead parts visible instead of buried in the data. Forecasting purchases against planned production shows exactly where coverage runs out, before it turns into an expedite.

How Do You Trace a Serial Back to Its Components?

Once field failures start clustering, everything hinges on figuring out which batch of a component ended up in which units. That answer stays out of reach if serial numbers are recorded only at shipping while component lots are recorded only at receipt, the two records simply never meet.

Serials on finished units and lots on components both get tracked through the manufacturing order in Odoo, which is what links the genealogy together. A suspect capacitor lot then resolves down to the exact serial numbers that carried it, turning what would have been a blanket recall into a targeted one.

What Do We Deliver for Electronics Manufacturers?

BOM revision control managed through Odoo PLM engineering change orders
Approved vendor lists that surface lead time and coverage at a glance
Serial and lot genealogy tracked from component receipt through to the shipped unit
Kitting and shortage reporting measured against planned build schedules

Ready to Build From the Revision Engineering Released?

Bring in one board along with its bill of materials, and we'll walk through how BOM revisions currently reach the floor, where your single-source exposure actually sits, and how a field failure would get traced.