Odoo Manufacturing System for an Industrial Equipment Maker: A Controlled Production Queue, Automatic Flow Between Companies, and Shop Floor Terminals

When production is spread across several companies, and the work queue is set by whoever shouts loudest on the phone, the planner stops planning and starts firefighting. Here is how we helped one industrial equipment manufacturer get its processes in order and move to a proper Odoo manufacturing system.

The client builds complex equipment, and the full process runs across several related companies. Orders come in at one company. The work happens at another. So commercial and production information has to pass between them constantly. Most of that flow used to be handled by hand or with temporary workarounds. As volumes grew, that way of working became simply too risky.

Challenge

The production planners had no real tools to control the sequence of jobs on the shop floor. Manufacturing orders lived their own life, separate from the original customer order and its deadline. Information often went missing. This was worst when a main product spawned several lower level production stages, because the link back to the final deadline would just evaporate.

Passing data between the companies was manual work with a high chance of error. Someone had to spot a new record in one company and remember to create the matching manufacturing orders in another. Rework was no better. It sat apart from quality control, so there was no clear trail of who fixed what, why, and how many times. And the operators at the machines had no simple way to track and mark their own jobs.

Solution

We implemented an Odoo manufacturing system shaped around this manufacturer's specifics.

Now the planner orders jobs by simple drag and drop, and that queue reaches the exact shop floor operations on its own. The shop floor sees the same order that planning set. Nothing is lost in translation.

Every manufacturing order now shows the original customer order and its final deadline. Even for a stage deep in the production chain, the information stays attached. Everyone knows what a part is for and when it has to be ready.

We added automation for the cross company flow. Once an order is confirmed in one company, the system creates the needed manufacturing orders in the other by itself. It all happens with clean warehouse assignment and consistent numbering. The work that people used to do, at the risk of forgetting something, now happens on its own.

We connected rework to quality control. One click creates a rework manufacturing order that links automatically to the quality record with references in both directions. The managers wanted to start this process either from production or from the project side, so we made it work from both.

Finally we put terminals with tablets next to the work centers on the shop floor. An operator signs in with a personal code, sees only the operations assigned to them, and can start, pause, or finish each one with a single tap. Every action is recorded with the operator's name.

The system is fully implemented and works in production for the client. We tested every feature in a staging environment before deployment to ensure a seamless transition, and the client runs the solution on their own infrastructure.

Result

The production queue is finally controlled and clear. The planner's decisions actually reach the shop floor. Information about the customer order and its deadline follows the product through every level of production. Orders pass between the companies automatically, with no manual retyping and no errors. Rework is traceable and tied directly to quality control. Shop floor workers got a simple, practical tool for logging their work. And because we tested everything in a staging environment before launch, the move was planned and safe.