- Home
- Blog
- Glossary (EDGEBIC)
- What Is Move Time in a Routing?
Move time is the physical transport time between operations on a routing step, and in EDGEBIC it is counted in a job's total-time and cost estimate rather than reserved as capacity in the schedule. It captures the cost of moving material without, by itself, changing when the next operation runs.
This entry defines move time and shows how it reads inside EDGEBIC by User Solutions. For the wider index of terms, see the manufacturing glossary; for the cleanup field with the same cost-only behavior, see what is teardown time in a routing; and for the scheduling field that does add a real gap, see what is transit time in production scheduling.
How it works
A routing step carries time fields for the different kinds of work it involves, and move time is the one for physical transport: carting or conveying material to the next operation. It is declared on the step in hours.
The important detail is how the engine treats it. Move time is included when a step's total time is calculated for cost, but it is not consumed by the capacity allocation that produces the schedule. So it raises the estimated total time and cost of a step without moving the bars in the plan. Setup and run time drive capacity; move time captures cost.
That is a deliberate design. Internal material movement often overlaps other waits and does not need to reserve machine capacity, so charging its cost is correct while blocking a slot for it would distort the plan. When a movement genuinely must delay the next step, EDGEBIC has scheduling fields for that: queue time for a shift-aware buffer inside the shop, and transit time for a calendar-day delay between steps.
A concrete example
Think of a warehouse picking order where a runner carries a tote from aisle to packing. The walk takes real minutes and you might charge it to the order's handling cost, but the packing station was already free, so the walk did not make packing start later. Move time in a routing behaves the same: it is handling cost, not a schedule delay.
Take a step with 4 hours of run, 1 hour of setup, and 0.25 hours of move time. The total time for costing is 5.25 hours, so labor cost reflects the movement at the work-center rate. But the capacity the engine reserves comes from the run and setup, so the next step is not pushed out by the fifteen minutes of moving. The cost is complete; the timing is untouched.
How EDGEBIC uses it
In EDGEBIC, move time is a field on the routing step that flows into the step's total-time roll-up and therefore into job and quote costing. A step that carries move time reports a larger total and a higher labor cost, so the transport of material is not lost from the cost picture.
Because it is a cost and estimate field, adding move time will not quietly shift the schedule, which keeps the plan predictable. When you actually need transport to create a gap, you use queue time or transit time, the fields the engine composes into step end times. That division of labor, cost fields for cost and scheduling fields for timing, is what keeps both the costs and the plan honest.
To see the companion cost-only field, read what is teardown time in a routing; to add it in practice, read how to add move time between operations in EDGEBIC. For the general concept of a routing, see routing.
Expert Q&A: Deep Dive
Q: Parts sit for hours on a cart between two cells and my plan does not show it. Should I use move time?
A: Move time will cost the transport but it will not create the gap you are seeing, because it feeds total-time and cost rather than capacity. If the real issue is that parts wait between operations and you want the plan to reflect that wait, use queue time for a shift-aware buffer within the shop, or transit time for a calendar-day delay if the movement crosses to another site. Reserve move time for capturing the cost of the movement when the timing gap is already handled another way or does not need to appear in the schedule.
Q: Where does move time show up if it does not touch the Gantt?
A: It shows up in the job's total-time roll-up and therefore in cost. When a step's total time is computed, move hours are added alongside setup, run, and teardown, so the step reports a larger total and a higher labor cost at the work-center rate. That flows into quote pricing and job cost comparisons. The value of move time is accurate costing of internal handling, not schedule movement, which lets you keep transport in the cost picture while the plan stays driven by real capacity work.
Frequently Asked Questions
Ready to Transform Your Production Scheduling?
User Solutions has been helping manufacturers optimize their production schedules for over 35 years. One-time license, 5-day implementation.

User Solutions Team
Manufacturing Software Experts
User Solutions has been developing production planning and scheduling software for manufacturers since 1991. Our team combines 35+ years of manufacturing software expertise with deep industry knowledge to help factories optimize their operations.
Share this article
Related Articles
The EDGEBIC Scheduling Glossary Index
A themed index to the EDGEBIC glossary: scheduling engine, capacity and calendars, materials and planning, shop floor, reporting, quoting, and data import terms, defined in plain language.
What Is the Critical Chain in Manufacturing Scheduling?
The critical chain is the longest dependent path through a plan once shared machine contention is counted, not just step precedence. Here is how it differs from the critical path.
What Does Finite Capacity Mean in EDGEBIC?
Finite capacity means the scheduler refuses to book more hours on a machine than that machine actually has. See exactly how EDGEBIC enforces it, day by day and shift by shift.
