Odoo for Industry · Machinery & Equipment
Odoo for Machinery Builders, Engineer-to-Order, Long Leads and Aftermarket
Odoo Machinery ERP, Engineer-to-Order, Project Costing, Spare Parts, Warranty
Book a free 30-min auditWhy Is Building Machines a Project, Not a Production Run?
A machinery builder sells something still being designed at the moment it's bought. At order, the bill of materials is incomplete, long-lead items have to be committed before the design is even finished, and the margin comes down to whether engineering hours matched the quote. That makes it a project, yet most manufacturing ERP still treats it like a batch.
How Do You Cost a Machine That Is Still Being Designed?
Engineering hours, purchased components, and fabrication all pile up against a price that was quoted months earlier. Whether the build is ahead or behind stays unknown until it ships, by which point it's far too late to fix anything.
Odoo ties the sales order, purchase commitments, timesheets, and manufacturing to a single analytic account for each machine. While the build is still running, committed cost stays visible against the quoted price, turning an overrun into a decision rather than a discovery.
How Do You Commit Long-Lead Items Before Design Freeze?
Castings, drives, and control systems often have lead times longer than the design phase itself. Order late and the machine slips; order wrong and the money is simply gone. Most builders still track this exposure in someone's head rather than in a system.
Odoo allows long-lead components to be purchased against the project before a full bill of materials even exists, carrying the commitment on the job itself. That exposure shows up as committed cost rather than as a purchase order nobody has bothered to link to a machine.
How Do You Make Money After the Machine Ships?
Machinery margin mostly lives in the aftermarket, and that depends on knowing exactly what shipped, when it was commissioned, and what tends to wear out. When the as-built configuration is nothing more than a drawing folder, spares end up quoted by tracking down the one engineer who remembers.
Odoo records the as-built configuration by serial number as an installed-base asset, so spares get quoted against what the machine actually contains. Warranty tracks from commissioning, and service visits attach to the machine itself rather than to a customer name.
What Do We Deliver for Machinery Builders?
- Per-machine project costing across engineering, purchasing and build
- Long-lead procurement committed against the job before design freeze
- Installed base by serial with as-built configuration for spares
- Warranty and service history tied to the machine, not the account
Ready to Know a Machine's Margin Before It Ships?
Pick a machine you shipped last year and we'll examine how job cost gets tracked today, how long-lead exposure is managed, and whether spares can be quoted without pulling in an engineer.
Book a free 30-min auditFrequently Asked Questions
01
Can Odoo handle engineer-to-order where the BOM does not exist yet?
Yes, though it takes deliberate setup. The job opens as a project with its own analytic account, and the bill of materials builds up as engineering releases it piece by piece. What Odoo won't do is invent a standard cost for something never built before, which is exactly why ETO builders should cost from commitments instead of standards.
02
How does Odoo handle configure-to-order variants?
Product configurators, built from attributes and variants, work well when the options are known and finite. For genuinely bespoke machines, modelling them as projects works better, and in practice we usually end up combining both: a configurable base alongside project handling for the specials.
03
Can we track machines in the field after installation?
Yes, serialised units become equipment records that carry the commissioning date, warranty terms, and service history. It's that record that makes proactive spares selling possible, rather than waiting around for a breakdown call.
04
How long does a machinery implementation take?
Usually 16 to 22 weeks, longer than most manufacturing projects need. That's mainly because ETO forces decisions about how engineering time gets captured and charged, and those turn out to be organisational decisions more than technical ones.