Free Production Schedule Excel Template
An Excel production schedule that loads work orders onto work centers in sequence, calculates start and finish dates from the hours you really have, flags late jobs and overloaded work centers, and draws a 10-day Gantt chart.
What you get
A free .xlsx production schedule template with no email and no macros: work centers, work orders, a calculated schedule, a Gantt chart and a load check, filled with a two-work-center example you can replace with your own jobs.
production-schedule-excel-template.xlsx · 6 sheets · No email required · No macros
Sheets: Instructions, Work Centers, Work Orders, Schedule, Gantt, Load
Why manufacturers still use Excel for this
Almost every manufacturer starts scheduling production in Excel. It is the universal tool: every operations manager has it, every planner knows it, and you can build a workable schedule in an afternoon. For a small shop running 10 to 30 work orders a week, Excel is genuinely the right answer.
The trap is that most spreadsheet schedules are coloured calendars filled in by hand. The formulas do not know how many hours a work center has in a day, so when a customer asks "can we move this order up?", someone spends an hour working out by hand which jobs slip. A schedule is only useful if moving one job shows you what happens to the others.
This page gives you both halves of the answer: a free production schedule Excel template that calculates start and finish dates from sequence and hours per day, with no email gate, and an honest list of the signs that you are about to outgrow it.
What's inside the template
Work Centers
Each machine or cell with its hours per day and days per week, plus the Monday the schedule starts.
Work Orders
Job number, customer, work center, sequence on that work center, run hours and due date. The only sheet you type jobs into.
Schedule: finite loading
Hours already loaded ahead of each job, start and finish day, start and finish date (weekends skipped), working days late and an ON TIME or LATE status.
Gantt chart
Ten working days across, one row per work order. Scheduled days show as bars; days after the due date turn red.
Load check
Loaded hours against weekly capacity per work center, with an OK, TIGHT or OVER flag.
Worked example and instructions
Six sample work orders on two work centers, and an Instructions sheet that explains every formula in words.
How to use this template
A practical walkthrough, from the sample data to a plan built on your own numbers.
- 1
Follow the sample schedule
Look at the Schedule and Gantt sheets first. WO-106 is late because the assembly cell carries 42 hours in a 40-hour week; the Instructions sheet shows how to fix it.
- 2
Enter your work centers and start date
On Work Centers, list every machine, cell or skilled operator group that limits throughput, with honest hours per day. Set the schedule start date to a Monday.
- 3
Enter open work orders
On Work Orders, replace the sample rows with your jobs: work center, run hours and due date. Copy the last row of the Schedule and Gantt sheets down if you add more jobs.
- 4
Set the sequence
Number the jobs on each work center: 1 runs first. Start with earliest due date first, then move priority customers up and watch which jobs turn LATE.
- 5
Clear late jobs and overloads
For every LATE job or OVER work center: resequence, add hours (overtime), move work to another work center, or agree a new date with the customer before the schedule goes to the floor.
Worked example: six work orders, two work centers, one week
Both work centers run 8 hours a day, Monday to Friday, starting Monday 21 September. Each job is loaded after the jobs ahead of it in sequence, so its start day is the hours already loaded divided by 8, and its finish day is the loaded hours plus its own run hours divided by 8, rounded up.
| Work order | Work center | Sequence | Run hours | Start | Finish | Due | Status |
|---|---|---|---|---|---|---|---|
| WO-101 | CNC | 1 | 10 | Mon 21 Sep | Tue 22 Sep | Tue 22 Sep | On time |
| WO-102 | CNC | 2 | 12 | Tue 22 Sep | Wed 23 Sep | Wed 23 Sep | On time |
| WO-103 | CNC | 3 | 14 | Wed 23 Sep | Fri 25 Sep | Fri 25 Sep | On time |
| WO-104 | ASSY | 1 | 6 | Mon 21 Sep | Mon 21 Sep | Wed 23 Sep | On time |
| WO-105 | ASSY | 2 | 16 | Mon 21 Sep | Wed 23 Sep | Thu 24 Sep | On time |
| WO-106 | ASSY | 3 | 20 | Wed 23 Sep | Mon 28 Sep | Fri 25 Sep | 1 working day late |
CNC is loaded with 36 of its 40 hours (90%) and every job is on time because the sequence follows due dates. Give WO-103 sequence 1 for a priority customer and the load does not change, but WO-101 finishes a day late and WO-102 two days late. Sequence made them late, not capacity.
The assembly cell (ASSY) carries 42 hours in a 40-hour week (105%, OVER), so WO-106 finishes on Monday instead of Friday. Two hours of overtime clears it: at 8.4 hours a day, WO-106 finishes on Friday 25 September.
When you outgrow this template
Excel is the right answer for early-stage planning, until it isn't. These are the warning signs that you need a real production scheduling tool.
If three or more of these apply, you have outgrown spreadsheet planning. EDGEBIC, the current generation of RMDB, is User Solutions' finite capacity scheduling and production planning software. It imports the same orders, routings, work centers and stock from Excel, CSV or your ERP, schedules them against real machine, labor and material limits, and shows the result on a drag-and-drop Gantt chart. It is a one-time license: EDGEBIC APS is $25,000, and EDGEBIC Complete, which adds MRP, inventory and purchasing, is $35,000.
See EDGEBICFrequently asked questions
Is this Excel template really free?+
Yes. Download the .xlsx directly from this page: no email, no sign-up, no credit card and no macros.
What versions of Excel does it work with?+
Excel 2016 or later, including Microsoft 365. It uses standard functions (SUMIFS, INDEX, MATCH, WORKDAY, NETWORKDAYS) and conditional formatting, with no macros.
How does the template calculate start and finish dates?+
For each job it adds up the run hours of jobs with a lower sequence number on the same work center. Start day = INT(hours before / hours per day) + 1; finish day = ROUNDUP((hours before + run hours) / hours per day, 0). WORKDAY turns those day numbers into dates, skipping weekends, and the status is LATE when the finish date is after the due date.
Can I use this template for job-shop or make-to-order manufacturing?+
Yes, for single-operation jobs. A job that routes through several work centers needs one row per operation, and the template will not hold a later operation until the earlier one finishes. That dependency between operations is where finite capacity scheduling software takes over.
How big can my operation be before this template stops working?+
Most shops can run 30 to 50 active work orders across 5 to 10 work centers in it. Above that, or once routings have several operations, maintaining the sequence by hand takes longer than the scheduling decisions themselves. That is when most teams move to RMDB, now EDGEBIC.
Do I have to give you my email to download?+
No. The download button on this page links straight to the .xlsx file.
What is the difference between this template and scheduling software?+
The template loads single-operation jobs in the order you type and flags what is late. Scheduling software such as RMDB, now EDGEBIC, sequences multi-operation routings automatically against shift calendars, setup times, operators and material, lets you drag jobs on a Gantt chart, compares what-if scenarios and imports orders from your ERP.
Start with the spreadsheet. Move to EDGEBIC when it breaks.
The template handles the math for a small plan. EDGEBIC is what manufacturers move to when orders, routings and capacity change faster than a spreadsheet can follow: published one-time pricing, and implementation measured in days.