DotOne runs electronics assembly from component buying to serialised finished units: multi-level BOMs, kitting, stage-wise testing and dispatch. Each unit can be traced back to the component lots and checks that went into it.
A board has hundreds of components. A single short resistor or IC holds up a whole build, and it is often found at kitting.
Imported chips and modules take weeks to arrive and prices move often, so buying late or buying too much both cost money.
When units fail testing or come back from the field, nobody can quickly tell which component lot or build they came from.
Engineering swaps a part or adds an alternate, but purchase and stores keep working from the old list.
Orders are checked against the multi-level BOM, from finished unit to sub-assemblies and components.
Shortages against stock and open POs are listed, and purchase orders go out for what is still short.
Components are picked and issued to the build as a kit, with the job card raised for the line.
Assembly and testing stages are logged on the job card, and each unit gets its serial number.
Units are dispatched by serial, so a unit that comes back can be looked up by the same number.
Yes. Layered BOMs cover finished units, sub-assemblies and components. Material is checked against the full BOM before a job starts. See the BOM setup guide.
Yes. Each unit is tracked by serial number, linked to its build, tests and the batches of components issued to it.
Connection to specific machines is assessed case by case. Test results can always be recorded against the job card and serial number, and Vision AI can add camera-based inspection where it fits.
Reorder levels and shortage lists show what needs buying early. The Purchase AI Agent compares vendor quotes and flags late deliveries.
In a 30-minute demo we load a sample multi-level BOM, run a shortage check against stock and raise the purchase orders.