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Manufacturing Production Planning System in Excel: Machine Hours, Planned Finish Date, Progress, Rejects and Machine Load

Salman Engineering Works in Sambhaji Nagar machines flanges, bushes and shafts on two CNC lathes and presses brackets and plates on one power press. Salman promised dates by feel, and some orders went out late while the press was overloaded. This page builds a 7-sheet Excel system: each order works out the machine hours it needs, the days that takes and a planned finish date that skips Sundays, while the production log tracks progress and rejects.

What you'll learn on this page

  • Set machines with hours per day from shift and efficiency
  • Keep products with machine, cycle time and steel per unit
  • Work out hours and days needed for each order
  • Find the planned finish with WORKDAY.INTL, skipping Sundays
  • Check the plan against the due date
  • Track good pieces, rejects and progress from a production log
  • Show machine load and reject % on a report and dashboard

Download the template: manufacturing-production-planning-system-template.xlsx: a 7-sheet system with example data and real formulas (Read me, Setup, Orders, Production log, Report, Job order, Dashboard). Yellow cells are inputs you can type over; green cells hold formulas; blue rows are headers and totals. Replace the example data with your own and every report and the dashboard recalculate.

Made-up data: every name, amount, business and date on this page is made up for practice. Cities are used only to make the examples feel real.

1. The business story

Salman Engineering Works, Sambhaji Nagar, as of 17 October 2026 (made-up data). 8-hour shift at 85% efficiency: two CNC lathes give 13.6 hours a day, the power press 6.8. Sunday is the weekly off.

Question Where the system answers it
Can we deliver 2,000 bushes by 30 October? SO-107: 100 hours, 8 days, finish 4 November, Late
Is any machine overloaded? Report: power press at 107% of the next 20 days
Which product has quality trouble? Bracket K10, 3.9% rejects against a 3% alert
How much steel do open orders need? 7,400 kg

6 of 8 orders are still open; 2 of them are late on plan.

Setup Shift hours, efficiency Machines: count, hours per day Products: cycle time, steel Reject alert Entry Orders: product, qty, due, start Production log: good, rejects Calculations Hours and days needed Planned finish, check Steel needed Progress, status Outputs Job order Machine load KPI cards Charts

Figure 1. Setup holds machines and products; Orders and the Production log are the entry sheets; Report, Job order and Dashboard read from them.

2. Build it sheet by sheet

Step 1. Setup: machines and products

  1. B4 shift hours (8), B5 efficiency (85%), B6 steel rate per kg, B7 reject alert (3%).
  2. Machines in A10:B11; C10 hours per day =B10*$B$4*$B$5: 2 lathes × 8 × 0.85 = 13.6.
  3. Products in A14:D18: Product, Machine, Cycle time (min), Steel per unit (kg).

Step 2. Orders: hours, days and finish date

  1. A5 ="SO-"&(100+ROW()-4). Type customer, product, qty, due date and planned start.
  2. H5 hours =ROUND(D5*XLOOKUP(C5,Setup!$A$14:$A$18,Setup!$C$14:$C$18,0)/60,1) and I5 days =ROUNDUP(H5/XLOOKUP(G5,Setup!$A$10:$A$11,Setup!$C$10:$C$11,1),0).
  3. J5 planned finish =WORKDAY.INTL(F5,I5-1,11). Weekend code 11 means Sunday only.
  4. K5 =IF(J5<=E5,"On time","Late"), red when Late (conditional formatting).

Step 3. Production log and progress

  1. Production log: Date, Order no, Good, Rejects each shift.
  2. Orders N5 good made and O5 rejects with SUMIFS, P5 balance, Q5 progress =MIN(1,N5/D5) with a data bar.
  3. R5 status: Completed, In progress or Not started.
Orders: hours, days, planned finish, plan check, steel, progress and status

Figure 2. Orders: hours, days, planned finish, plan check, steel, progress and status

Step 4. Report: load and quality

  1. B5 open hours =SUMIFS(Orders!$H$5:$H$500,Orders!$G$5:$G$500,A5,Orders!$R$5:$R$500,"<>Completed"), C5 hours in 20 days, D5 load %.
  2. Rows 10 to 14: good, rejects, reject % =IFERROR(C10/(B10+C10),0) and an alert. Compare with the manufacturing rejects project.
Report: machine load for the next 20 working days and reject % by product

Figure 3. Report: machine load for the next 20 working days and reject % by product

Step 5. Job order and Dashboard

  1. Job order: type an order no in B4; rows 6 to 14 give the shop floor the product, qty, machine, hours, dates and steel to issue. Set the print area.
  2. KPI cards: open orders, late on plan, CNC and press load, reject % and steel for open orders. Charts: open hours by machine and reject % by product.
Production dashboard: open orders, late on plan, machine load, reject % and steel needed

Figure 4. Production dashboard: open orders, late on plan, machine load, reject % and steel needed

Ravindra Bagale's Tip

Check the press load before accepting a new bracket order. At 107% the next order will be late unless you add a shift.

3. Formulas used

Cell Formula What it does
Setup!C10 =B10*$B$4*$B$5 Machine hours per day
Orders!A5 ="SO-"&(100+ROW()-4) Order number
Orders!G5 =XLOOKUP(C5,Setup!$A$14:$A$18,Setup!$B$14:$B$18,"Check product") Machine for the product
Orders!H5 =ROUND(D5*XLOOKUP(C5,Setup!$A$14:$A$18,Setup!$C$14:$C$18,0)/60,1) Hours needed
Orders!I5 =ROUNDUP(H5/XLOOKUP(G5,Setup!$A$10:$A$11,Setup!$C$10:$C$11,1),0) Days needed
Orders!J5 =WORKDAY.INTL(F5,I5-1,11) Planned finish date
Orders!K5 =IF(J5<=E5,"On time","Late") Plan check
Orders!L5 =D5*XLOOKUP(C5,Setup!$A$14:$A$18,Setup!$D$14:$D$18,0) Steel needed
Orders!N5 =SUMIFS('Production log'!$C$5:$C$3000,'Production log'!$B$5:$B$3000,A5) Good pieces made
Orders!Q5 =MIN(1,N5/D5) Progress
Orders!R5 =IF(N5>=D5,"Completed",IF(N5>0,"In progress","Not started")) Order status
Report!B5 =SUMIFS(Orders!$H$5:$H$500,Orders!$G$5:$G$500,A5,Orders!$R$5:$R$500,"<>Completed") Open hours per machine
Report!D5 =B5/C5 Machine load %
Dashboard!E5 =Report!D15 Reject % overall

Every formula above is written in the template, so you can click a cell and see it in the formula bar. All values on this page were recalculated in LibreOffice with zero errors.

4. Common mistakes

  1. Ignoring efficiency. 8 hours on the clock is not 8 hours of cutting. Setups and breaks are why efficiency is on Setup.
  2. WORKDAY when Saturday is a working day. Plain WORKDAY skips Saturday and Sunday. WORKDAY.INTL with code 11 skips only Sunday.
  3. Counting from start + days. A 5-day job starting Monday ends Friday: finish = WORKDAY.INTL(start, days − 1, 11).
  4. Rejects not logged. Without rejects, quality problems show up only as short orders.
  5. Planning each order alone. Orders on the same machine queue up. Check machine load before promising a date.

Ravindra Bagale's Tip

Log good pieces and rejects at the end of every shift, not once a week. Small reject trends are easier to fix early.

5. More real examples

Example 1: Garment unit. Machines become sewing lines; cycle time is minutes per garment from the line's standard.

Example 2: Food processing. Lots per shift instead of pieces, with yield % instead of rejects.

Example 3: Printing and packaging. Machines are presses and cutters; link quotes to the printing press system.

Quick revision cards

Quick revision

Each card shows formulas from this page, each with an example and its answer from the template. Scan the QR code on a card to open this lesson. All names and numbers are made up for practice.

Revision card 1 for Manufacturing Production Planning System in Excel: Planned finish date: =WORKDAY.INTL(F5,I5-1,11) gives 06-10-2026; Machine hours per day: =B10*$B$4*$B$5 gives 13.6; Order number: ="SO-"&(100+ROW()-4) gives SO-101. Includes an example data table.
Card 1 of 2: Manufacturing Production Planning System in Excel · Download PNG
Revision card 2 for Manufacturing Production Planning System in Excel: Plan check: =IF(J5<=E5,"On time","Late") gives On time; Progress: =MIN(1,N5/D5) gives 100%; Order status: =IF(N5>=D5,"Completed",IF(N5>0,"In progress","Not started")) gives Completed.
Card 2 of 2: Manufacturing Production Planning System in Excel · Download PNG

More cards: Ravi Sir's Cards.

6. Frequently asked questions

How do I calculate production hours in Excel?

Qty × cycle time in minutes ÷ 60, as in Orders H5.

How do I find a finish date skipping Sundays?

=WORKDAY.INTL(start, days-1, 11). Code 11 treats only Sunday as the weekend; add a holiday range as the fourth argument.

How do I work out machine load?

Open hours on the machine ÷ hours per day × working days ahead.

How do I calculate reject %?

Rejects ÷ (good + rejects), as in Report D10.

How do I plan raw material?

Qty × steel per unit gives kg; add the orders not completed for the steel to buy.

7. Quick quiz

Ten questions on this page. Sign in to save your score.

Loading practice tasks...

  1. Total units made (Easy): Add up Units made in D2:D11. (sheet "Data")
  2. Average rejects (Easy): Average of E2:E11, rounded to 2 decimals. (sheet "Data")
  3. Rows in Line A (Easy): How many rows have Line "Line A"? (sheet "Data")
  4. Largest units made (Easy): The largest value in D2:D11. (sheet "Data")
  5. Days taken (Easy): C2 minus B2. (sheet "Dates")
  6. Start year (Easy): Year of B3. (sheet "Dates")
  7. Due month (Easy): Month number of C3. (sheet "Dates")
  8. Earliest start (Easy): Earliest date in B2:B9 (as a date number). (sheet "Dates")
  9. Units made for Line A (Medium): Total of D2:D11 where B is "Line A". (sheet "Data")
  10. Line A in Mumbai (Medium): Total of D2:D11 where B is "Line A" and C is "Mumbai". (sheet "Data")
  11. Working days (Medium): Working days from B2 to C2. (sheet "Dates")
  12. Weekday of due (Medium): Weekday number of C4 (Sunday = 1). (sheet "Dates")