# Weekly Production Schedule Template

> Source: https://netray.co/tools/production-schedule-template-excel
> Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems.
> Section: Free Tools

## Short answer

Generate a printable weekly production schedule with jobs, setups, due dates, assumptions, risks and sign-off lines.

## Category

mes-shop-floor

## Industry

Discrete Manufacturing

## Audience

- Production scheduler
- Shift supervisor
- Plant manager

## Tool

**Kind:** template

**Output:** document

**Fields:**

#### Company

**Key:** company

**Type:** text

**Default:** Acme Precision Ltd

#### Plant / area

**Key:** plant

**Type:** text

**Default:** Machining Cell 2

#### Week starting

**Key:** week

**Type:** date

**Default:** 2026-10-26

#### Scheduler

**Key:** scheduler

**Type:** text

**Default:** Production Planning

#### Primary resource

**Key:** resource

**Type:** text

**Default:** CNC-1

#### Shift pattern

**Key:** shifts

**Type:** select

**Options:**

- 1 shift, 5 days
- 2 shifts, 5 days
- 3 shifts, 5 days
- 2 shifts, 6 days

**Default:** 2 shifts, 5 days

#### Productive hours per day

**Key:** hours

**Type:** text

**Default:** 13

#### Frozen window

**Key:** freeze

**Type:** select

**Options:**

- 24 hours
- 48 hours
- 72 hours
- 1 week

**Default:** 48 hours

#### Assumptions

**Key:** assumptions

**Type:** textarea

**Default:** Material staged by 14:00 the day before each start. No planned maintenance this week. Run rates from current routing.

#### Risks and open issues

**Key:** risks

**Type:** textarea

**Default:** Fixture for WO-10419 waiting on inspection. Tool crib stock of 6 mm end mills is low.

**Blocks:**

#### Production Schedule

**Body:** Company: {{company}}
Plant / area: {{plant}}
Week starting: {{week}}
Primary resource: {{resource}}
Scheduler: {{scheduler}}

#### Capacity Basis

**Body:** Shift pattern: {{shifts}}
Productive hours per day: {{hours}}
Frozen window: {{freeze}}. Changes inside the frozen window need approval from the scheduler and the shift supervisor.

#### Schedule

**Table:**

**Columns:**

- Seq
- Job / WO
- Part
- Qty
- Setup (min)
- Run (hrs)
- Start
- Due
- Status

**Rows:**

**0:** 1

**0:** 2

**0:** 3

**0:** 4

**0:** 5

**0:** 6

#### Assumptions

**Body:** {{assumptions}}

#### Risks and Open Issues

**Body:** {{risks}}

#### Sign-off

**Signatures:**

- Scheduler
- Production manager
- Shift supervisor

**Notes:** Fill in the document fields, export to Word or PDF, then complete the schedule table by hand or in Word. Use the Excel export of the finite capacity worksheet if you want the load hours calculated automatically.

## Content

**Intro:** A production schedule is the document the shop floor works from: what to run, in what order, on which resource, by when. This template gives you a clean weekly format with the capacity assumptions, frozen window, risks and sign-off that make a schedule something people can hold you to.

**Sections:**

#### How to use the template

**Body:** Fill in the plant, week, resource and shift pattern at the top, then state the productive hours per day you are scheduling against. Add your assumptions and open issues, and export to Word or PDF. The schedule table has six numbered rows that you complete with job, part, quantity, setup, run hours, start, due and status. Print it for the cell board, or paste it into Excel if you prefer to sort and filter. Reissue it when the plan changes, and keep the earlier version for review.

**Bullets:**

- One schedule per resource or cell keeps it readable.
- Put hot jobs first and mark them clearly in the Status column.
- Date every version and note who approved the change.

#### What makes a schedule workable

**Body:** A good schedule starts from realistic capacity, so state productive hours rather than shift hours. It respects material availability, tooling and people, not only machine time. It defines a frozen window in which changes need approval, which protects the floor from constant re-prioritization. And it sequences jobs to reduce changeover, for example by running similar materials or tools together, without letting any job miss its due date. Assumptions should be written down because they are what you will revisit when the week goes wrong.

#### Using it with your ERP

**Body:** Most ERPs generate a dispatch list from released work orders, but planners often adjust it by hand because the list ignores tooling, labor skills or material that is not physically staged. Use the ERP list as input, then use this template as the communication document. The status column maps to ERP order statuses such as released, started, and complete. Record changes back in the ERP so inventory and costing follow the real sequence.

#### Common mistakes

**Body:** Schedules fail when they are built to 100 percent utilization with no buffer for breakdowns or rework, when material shortages are discovered at start time, and when nobody owns changes inside the frozen window. Another mistake is publishing a schedule that the supervisors never saw. Review the draft with them before release and capture their objections in the risks section.

**Cta:** If your planners rebuild the schedule in Excel every morning from ERP data, Netray can help automate the read-only extract so the template starts from live orders.

**Faq:**

#### Can I get this as an Excel file?

**Answer:** The tool exports to PDF, Word and CSV. For a calculated Excel schedule with load hours and days required per job, use the finite capacity scheduling worksheet linked below, which exports to Excel with formulas applied.

#### What is a frozen window in production scheduling?

**Answer:** It is the near-term period in which the schedule is locked unless a specific approver agrees to a change. It protects material staging, setups and labor planning from constant reshuffling. Typical windows run from one shift to one week depending on the process.

#### How far ahead should I schedule?

**Answer:** Detailed sequencing is usually done for a day to a week, with a rough-cut plan for the weeks beyond. The further out you go the less accurate the times become, so detail only what you can stage and staff.

#### Should I schedule to full capacity?

**Answer:** Not usually. Loading a resource to 100 percent leaves no room for breakdowns, scrap or rush orders, and queue time rises sharply near full load. Many shops plan the constraint to around 85 to 90 percent and treat the remainder as protection.

## Search terms

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