# HACCP Plan Template for Food Manufacturers

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

## Short answer

A fill-in HACCP plan with product description, hazard analysis, CCP table, monitoring, corrective actions and verification, ready to export.

## Category

quality

## Industry

Food and Beverage

## Audience

- Food safety manager
- Quality manager
- Plant manager

## Tool

**Kind:** template

**Output:** document

**Fields:**

#### Company name

**Key:** company

**Type:** text

**Default:** Riverbend Foods Ltd

#### Plant location

**Key:** site

**Type:** text

**Default:** Plant 2, Dayton

#### Product name

**Key:** product

**Type:** text

**Default:** Cooked chicken breast strips, vacuum packed

#### Intended use and consumer

**Key:** intended_use

**Type:** text

**Default:** Ready to eat after reheating, general public including vulnerable groups

#### Packaging, storage and distribution

**Key:** storage

**Type:** text

**Default:** Vacuum pouch, chilled 0 to 4 C, 28 day code life

#### HACCP team members

**Key:** team

**Type:** textarea

**Default:** Food safety manager (lead), production supervisor, maintenance lead, QA technician, sanitation lead

#### Process steps (flow diagram in words)

**Key:** steps

**Type:** textarea

**Default:** Receive raw chicken > chilled storage > trim > marinate > cook > chill > slice > vacuum pack > metal detect > chill storage > dispatch

#### CCP 1 step and hazard

**Key:** ccp1

**Type:** text

**Default:** Cook: survival of Salmonella and Listeria monocytogenes

#### CCP 1 critical limit

**Key:** ccp1_limit

**Type:** text

**Default:** Core temperature at least 74 C (165 F) instantaneous, per validated process

#### CCP 2 step and hazard

**Key:** ccp2

**Type:** text

**Default:** Metal detection: physical hazard from metal fragments

#### CCP 2 critical limit

**Key:** ccp2_limit

**Type:** text

**Default:** Detect and reject test pieces: 2.0 mm ferrous, 2.5 mm non-ferrous, 3.0 mm stainless in the product

#### Prepared by

**Key:** prepared_by

**Type:** text

**Default:** A. Morgan, Food Safety Manager

#### Plan date

**Key:** date

**Type:** date

**Default:** 2026-10-20

**Blocks:**

#### HACCP Plan

**Body:** Company: {{company}}
Site: {{site}}
Product: {{product}}
Plan date: {{date}}
Prepared by: {{prepared_by}}

#### 1. HACCP team

**Body:** {{team}}

#### 2. Product description and intended use

**Body:** Product: {{product}}
Intended use and consumer: {{intended_use}}
Packaging, storage and distribution: {{storage}}

#### 3. Process flow

**Body:** {{steps}}

The flow diagram was verified on the production floor on the plan date.

#### 4. Hazard analysis summary

**Table:**

**Columns:**

- Process step
- Hazard (B, C, P, A)
- Significant?
- Basis
- Control measure

**Rows:**

**0:** Receiving

**1:** B: pathogens on raw material

**2:** Yes

**3:** Raw poultry commonly carries Salmonella

**4:** Supplier approval, receiving temperature check, controlled by cook step

**0:** Cook

**1:** B: pathogen survival

**2:** Yes

**3:** Lethality step

**4:** Time and temperature, see CCP 1

**0:** Slice and pack

**1:** B: post-cook recontamination

**2:** Yes

**3:** Listeria in the RTE environment

**4:** Sanitation SSOP, environmental monitoring

**0:** Metal detect

**1:** P: metal fragments

**2:** Yes

**3:** Blades, wear parts

**4:** Detector, see CCP 2

**0:** Packaging

**1:** A: undeclared allergen

**2:** Yes

**3:** Label mix-up risk

**4:** Label verification at line start (prerequisite program)

#### 5. CCP management table

**Table:**

**Columns:**

- CCP
- Critical limit
- Monitoring (what, how, frequency, who)
- Corrective action
- Verification
- Records

**Rows:**

**0:** {{ccp1}}

**1:** {{ccp1_limit}}

**2:** Core temperature probe, every batch, cook operator

**3:** Hold and re-cook or reject product back to last good check; assess cause

**4:** Daily record review, weekly thermometer calibration, annual validation

**5:** Cook log, calibration log

**0:** {{ccp2}}

**1:** {{ccp2_limit}}

**2:** Test pieces at start, hourly, and end of run, line operator

**3:** Hold product since last good test, re-run through detector, investigate

**4:** Weekly supervisor review, annual detector service

**5:** Metal detector log

#### 6. Verification and review

**Body:** The plan is reviewed at least once a year and whenever a product, ingredient, process step, equipment or customer requirement changes. Validation evidence for each critical limit is kept with the plan.

#### Approvals

**Signatures:**

- Food safety manager
- Plant manager
- Quality director

**Notes:** A starting point built on the Codex HACCP principles and the structure used by USDA FSIS and FDA. Your plan must reflect your own hazard analysis, validated critical limits and regulator or customer scheme (SQF, BRCGS, FSSC 22000). Not legal advice.

## Content

**Intro:** A HACCP plan is the document an auditor reads first. This template walks the logical order: team, product description, flow diagram, hazard analysis, CCPs, critical limits, monitoring, corrective action and verification.

**Sections:**

#### How to use the template

**Body:** Fill in the fields for one product or one product family that shares a process. Enter your two most important CCPs, edit the hazard analysis rows to match your real process, then export to PDF or Word and add the validation documents behind each critical limit. Make one plan per process category, not one giant plan for the whole site. Walk the flow diagram on the floor before you sign it, because the most common finding is a diagram that does not match what operators really do.

**Bullets:**

- Start with a team that includes someone who runs the line
- Describe the product exactly as it ships
- Verify the flow diagram on site
- Keep validation evidence next to each critical limit

#### The seven principles behind the layout

**Body:** The structure follows the seven Codex HACCP principles: conduct a hazard analysis, determine CCPs, establish critical limits, establish monitoring, establish corrective actions, establish verification and keep records. Hazards are grouped as biological, chemical, physical and allergen. A control measure becomes a CCP only when it is the step where the hazard is prevented, eliminated or reduced to an acceptable level and a measurable limit exists. Everything else is managed through prerequisite programs such as sanitation, allergen control, supplier approval and pest control.

#### Reading the CCP table

**Body:** Each row answers five questions an auditor will ask: what is the limit, how is it measured, how often, who does it and what happens when it fails. Critical limits must be measurable and tied to validation, such as a cook time and temperature that achieves a stated log reduction. Corrective action should cover both the product made since the last good check and the cause. Verification is different from monitoring: it checks that monitoring works, through record review, instrument calibration and periodic sampling.

#### Common mistakes

**Body:** Too many CCPs is a frequent error, which dilutes attention and makes records unmanageable. Critical limits copied from a textbook with no validation are another. Plans are also often written once and never reassessed after a new ingredient, new line or new customer requirement. Finally, many sites keep the plan on paper while ERP lot records tell a different story. Connecting cook logs, lot numbers and QA holds in your ERP or MES makes the CCP records and the traceability records agree.

**Bullets:**

- Do not turn every prerequisite into a CCP
- Validate limits with scientific or in-plant evidence
- Reassess after any change
- Align plan records with ERP lot and hold status

**Cta:** If your CCP logs, lot numbers and QA holds live in separate systems, we can help bring them into your ERP so a HACCP record can be pulled by lot in minutes.

**Faq:**

#### Is a HACCP plan the same as a food safety plan?

**Answer:** Not exactly. In the US, FSMA preventive controls rules call for a food safety plan that includes a hazard analysis and preventive controls, which can include CCPs, sanitation, allergen and supply-chain controls. A HACCP plan is the Codex based format used by meat, poultry, seafood, juice and many certification schemes.

#### How many CCPs should a plan have?

**Answer:** As few as the hazard analysis justifies. A cooked product might have a cook CCP and a metal detection CCP, while many sites control other hazards through prerequisite programs. If everything is a CCP, the real ones get lost.

#### Who must be on the HACCP team?

**Answer:** A multidisciplinary group: someone with food safety training, production, maintenance, quality and sanitation knowledge. The lead should be trained in HACCP, and outside experts can help where in-house knowledge is thin.

#### How often must the plan be reviewed?

**Answer:** At least once a year, and whenever something changes: a new ingredient, supplier, process step, equipment, recall or customer complaint trend. Record the review even if no changes were needed.

## Search terms

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