Home/Services/Food manufacturing software

// Food manufacturing

Custom production, downtime and traceability software for food manufacturers

We build custom software for food manufacturers who need better production data and visibility into downtime. Operators record runs, stops and traceability details on short screens at the line, your admins control the codes, and the data lands in SQL Server, ready for reporting. Your first call is with an engineer.

allergen changeover, recorded (example)
→ Line 3 · changeover 13:10 → 14:25✓ reason: Changeover › Allergen clean✓ scheduled 60 min · actual 75 min! 60 min planned + 15 min unplanned, by rule✓ next run: finished lot code recorded at start✓ saved to SQL Server for reportingExample (hypothetical), not client data

// Food plant downtime

Downtime tracking for the stops specific to food and beverage plants

“We need better production data and visibility into downtime.” In a food plant, that starts with reason codes for the stops your lines actually have. To put a price on those stops, try the downtime cost calculator with your own numbers.

Sanitation

Sanitation and CIP

A scheduled washdown or CIP cycle is planned time. A clean that runs long, or an unscheduled one, isn’t. Record the type of clean with its start and end times, and both show up as they happened.

Allergens

Allergen changeovers

Allergen changeovers carry extra cleaning and verification before the next run. Separate reason codes keep that time out of a generic “changeover” bucket.

Changeovers

Routine changeovers

Flavor, size and packaging changes. Record the scheduled and actual length, and any overrun is split off as unplanned by rule, not by whoever fills in the entry.

Equipment

Filler and capper stops

Jams, misfeeds and short stops add up over a shift. A short screen at the machine captures the cause and duration while the operator still remembers.

Materials

Waiting on materials

Ingredients not staged, packaging late, a lot on QA hold. Coding these as material stops shows which lost time belongs upstream of the line.

Packaging

Labeling and packaging stops

Label printer faults, date-code checks, case packer and palletizer stops. Coded by machine, they show where the end of the line holds up the rest.

// Production records

Production tracking for food manufacturing, captured by operators at the line

Production records hold up best when the people running the line enter them during the run. We build short screens for each step: start a run, pick the product, log stops, record counts and waste, close the run.

Products, lines, reason codes and waste categories come from lists your administrators manage, so “allergen clean” and “allergen wash” never split one cause in two. Our downtime reason codes guide has starter lists.

Lot records work the same way: the ingredient lots used in a batch and the finished lot code it produces, entered as production happens.

  • ✓Line, shift, product, run start and end
  • ✓Good count, rework and waste by category
  • ✓Each stop with cause, duration and class
  • ✓Ingredient lots used and finished lot codes
  • ✓Who entered what, with admin-controlled edits

// Traceability

Product traceability software for food manufacturers, recorded as you produce

Lot traceability for food manufacturers answers one question under pressure: which lots went into this product, and where did it ship? The record runs one step back and one step forward (one-up, one-down), and it’s easiest to keep when it’s captured with the production records operators already enter.

Point in the process
What gets recorded
Receiving
Item, supplier, supplier lot, date received and the internal lot you assign
Production
Ingredient and packaging lots used in each batch, and the finished lot code it produced
Holds and releases
Lots placed on hold, the reason, and who released them
Shipping
Finished lots, quantities, customer and ship date

With receiving, production and shipping in one database, tracing a lot forward or back is a query, and a mock recall drill is a report you run. Your food safety team decides which fields are required; the app makes them hard to skip.

FSMA 204, FDA’s Food Traceability Rule

The rule covers companies that manufacture, process, pack or hold foods on FDA’s Food Traceability List, with some full and partial exemptions. It requires records of Key Data Elements for Critical Tracking Events such as receiving, transformation and shipping and, unless exempt, an electronic sortable spreadsheet within 24 hours of an FDA request (or a reasonable time FDA agrees to) when needed to assist FDA during an outbreak, recall or other threat to public health. The original compliance date was January 20, 2026. Congress has since directed FDA not to enforce the rule before July 20, 2028, and FDA says it intends to follow that directive (status as of November 2026, per FDA’s FSMA 204 page). We build records, not compliance advice: confirm what applies to your products with FDA or your food safety team.

// ERP or custom

Food ERP, custom production app or both?

A food ERP may already cover it. If yours handles lot tracking and production entry in a way your operators will actually use, the engineer on your first call will say so.

A custom app fits when the floor process is the problem: screens that follow your line, your reason codes, your sanitation and allergen rules, your lot format. It can sit alongside the ERP, pulling item lists from it and sending production and lot records back through its API or database, so nobody types the same numbers twice. More on connecting the systems you already run.

One way to split the work:

  • ✓The ERP keeps recipes, purchasing, inventory, orders and accounting
  • ✓The custom app handles line entry, downtime and lot capture on the floor
  • ✓Item lists flow in; production and lot records flow back

Weighing packaged plant software?

When packaged plant software is the better buy, when a custom app makes sense, and the hybrid in between.

Read the build vs buy MES guide →

// Client work

Built for a fourth-generation food manufacturer: Chelten House

Chelten House Products is a fourth-generation food manufacturer (sauces, dressings, condiments). We built them a custom manufacturing data-management application where operators record production performance, product traceability and equipment downtime.

The app distinguishes planned from unplanned downtime, records causes and durations, and has administrative controls. Its data is stored in SQL Server, which supports their Tableau reporting.

Read the Chelten House case study, see what else we build for the plant floor on our manufacturing software page, or browse all services.

Manufacturing · Data collection

Production, traceability and downtime data from the plant floor

A custom application where Chelten House operators record production performance, product traceability and equipment downtime (planned vs unplanned, with causes and durations), stored in SQL Server to support their Tableau reporting.

Custom softwareSQL ServerTableau
Read the case study →

// How it runs

How a food manufacturing software development project runs

Step 1

Walk through the line

An engineer goes through the process with operators, supervisors, sanitation, QA and whoever builds the reports, collecting the stops you already name, your cleaning and changeover schedule, and how lots are numbered today.

Step 2

Define the codes and records

Before any screens, we agree on what a run, a stop and a lot record hold, the reason codes, and your planned vs unplanned rules. Your food safety team sets the traceability fields.

Step 3

Build it and try it on one line

We build the entry screens and the SQL Server database, then operators use them on a real shift. Anything that slows the line down gets changed before the app reaches more lines.

Step 4

Roll out and keep it running

Add lines, connect reporting such as Tableau and hand the code lists to your admins. The same crew that builds the app hosts and maintains it (see maintenance and support).

// Credentials

The basics, before you ask.

Since 2018

Building and supporting software

Orlando, FL

100% U.S.-based team, clients nationwide

SAP Ariba

Registered supplier

NDAs welcome

Happy to sign before you share details

DesignRush Top Web Design Companies badge

Top Web Design Companies

DesignRush

// FAQ

Food manufacturing software FAQ

Does it replace our food ERP?

Usually not. A custom production app typically sits alongside the ERP, capturing floor data the ERP doesn’t handle well and sharing what needs to flow between them through its API or database.

Can it record lot and traceability data?

Yes. A custom app can capture the lot and traceability records your food safety team defines, such as ingredient lots received, lots used in each batch and finished lots shipped, as production happens.

Will software make us FSMA 204 compliant?

No software makes a plant compliant on its own, and we don’t give compliance advice. We build the record-keeping your food safety team defines. Confirm current requirements and dates with FDA or your food safety advisor.

How should sanitation and changeovers be classified?

Consistently. Scheduled cleans and changeovers are usually treated as planned, and overruns as unplanned. Our guide to planned vs unplanned downtime covers the gray areas, and OEE for food and beverage lines covers how sanitation and changeovers fit into OEE.

Can it track allergen changeovers separately?

Yes. Allergen changeovers can have their own reason codes, so that time shows up separately from routine changeovers and cleans in your reports.

// Bring us in

Tell us about the software your business runs on.

A new build, a system that’s hard to use, a stuck project or a prototype that needs to go live. An engineer, not a salesperson, will get back to you.

202-88-MAGIC · or email info@effortlesspresence.com