A released BOM tells you what the part is made of. The route sheet tells you how it gets made — every operation in order, on which work center, to what standard time, against what process specification. Operators book good and reject quantity per operation, an in-process inspection branch feeds Fast Quality, and the reject-by-work-center MIS shows you where the losses really are.
The route sheet sits between the BOM & Bill of Resources and the shop floor. It is authored once as a master, or built against a specific order, then executed operation by operation as the work order runs.
Repeat manufacturers hold a master process sheet against the item — the same route runs every time you make it. Job shops rarely have that luxury: each customer order arrives with its own quirks. So a route can also be built against a specific order acknowledgement, carrying an extra operation, a different work center or a special check that the standard route does not. Print either as a travelling document that walks the floor with the job.
Every machine and station is a work center in the master — a CNC lathe, a VMC, a welding bay, an assembly station. Each operation on the route points at one, and carries a standard time. That single fact does a lot of work: it tells the planner how long the job should take, it lets you compare actual against standard, and because reject is booked at the operation, it ties every defect back to the work center where it happened.
An operation does not always pass straight to the next one. When it completes, the route can branch to an in-process inspection step — the operator checks against the process specification and records the result. That inspection feeds Fast Inventory & Quality: dimensional and quality parameters captured, with accept, reject or accept-under-deviation dispositions. Finding a defect at the drilling operation is a lot cheaper than finding it after the part is finished.
"The batch had 4% rejection" is a number you can't act on. "Operation 20 on VMC-3 threw most of the rejection, all keyway oversize" is. Because good and reject are booked per operation and every operation names its work center, Fast Production maps defect against work center and reports reject and scrap rates alongside operation cost. Feed it into Dhruv AI and the clustering surfaces the repeat offenders on its own.
A standard route held against the item, or an order-specific route built against an OA — both driving the same execution flow.
Every machine and station maintained once, so each operation on the route points at a real, costed work center.
A standard time per operation drives planning, actual-vs-standard comparison and the process-cost roll-up.
Dimensional and quality parameters attached per operation — the yardstick the in-process inspection checks against.
Operations marked complete with good, reject and scrap booked as WIP — and an in-process inspection branch when a check is due.
Which defect happens at which work center, with reject and scrap rates and operation cost reported per work center.
A printed traveller tells the operator what to do next. It does not book WIP, map defects or cost the job — and for the wider picture, read what is production management software?
A route sheet — also called a process sheet — is the ordered sequence of operations a part passes through to be made, each operation tied to a work center and a standard time. In Fast Production Software it drives execution: operators book good and reject quantity against each operation as work-in-progress, and the completed route hands off to finished-goods transfer. You can print the route sheet as a shop-floor travelling document for the job.
A master process sheet is the standard route held against an item, reused every time you make it. An order-specific process sheet is a route built against a particular order acknowledgement (OA) or work order, so a make-to-order job can carry a route that differs from the standard. Fast Production supports both — job shops and fabricators lean on order-specific sheets, repeat manufacturers lean on the master.
A work center is a machine or station where operations run — a CNC lathe, a VMC, a welding bay, an assembly station. It is maintained as a master. Each operation on a route sheet points at a work center and carries a standard time, so the same route tells you where the work happens and how long it should take. Because rejection is booked at the operation, the software can also map which defect happens at which work center.
An operation on the route can branch to an in-process inspection step when it completes, instead of passing straight to the next operation. That inspection feeds Fast Inventory & Quality — dimensional and quality parameters recorded against the process specification, with accept, reject or accept-under-deviation dispositions. Reject quantity booked at the operation is what later drives line rejection, the rework loop and the reject-by-work-center analysis.
Yes. Because good and reject quantity are booked per operation, and every operation names its work center, Fast Production maps defect against work center and reports reject and scrap rates by work center alongside operation cost. Work orders reach the route from Fast Planning / MRP, and the reject data can flow into Dhruv AI for clustering. That MIS tells you where on the line your losses actually sit.
Live demo of the route sheet — work centers, standard times, the in-process inspection branch and reject-by-work-center MIS — on a part like yours. Book a slot with our team in Pune.
