Article 7 of 12 in PLM Foundations · PLMV-KB-007 · Rev. B · Reviewed 2026-11-04
PLM for Food, Beverage and CPG: Formulas and Specifications
On this page
- Which systems do food, beverage and CPG companies use?
- How do formula and recipe management work?
- Which specifications does the system hold?
- Which regulatory calculations can be automated?
- How do formulation, ERP and commercial systems connect?
- Frequently asked questions
- Sources
- Cite this article
- Revision history
Food, beverage and CPG companies manage formulas and specifications in formulation PLM such as Trace One Devex, Infor PLM for Process, Siemens Opcenter RD&L and Aptean Lascom, in specification platforms such as Specright and TraceGains, or in ERP-embedded modules from SAP and Oracle. The register lists them unranked, by documented scope.
Key takeaways
- Process PLM is built around formulas, specifications and substances, where discrete PLM is built around parts and CAD.
- Three product types exist: formulation PLM, specification and supplier compliance platforms, and ERP-embedded modules.
- Calculation engines derive nutrition, allergens, hazard classification and cost from the formula, which reduces manual label errors.
- Ownership of ingredient master data across the systems decides project success more often than missing functions.
Which systems do food, beverage and CPG companies use?
Shortlists usually combine Trace One Devex PLM, Infor PLM for Process, Siemens Opcenter RD&L and Aptean PLM Lascom Edition for formulation, Specright and TraceGains for specifications and supplier data, and SAP PLM or Oracle Cloud PLM where the ERP is the anchor. Centric PLM covers consumer goods with a retail focus. The table follows the register profiles reviewed in October 2026 and vendor documentation, in no order of preference.
| System | Documented scope | Formulation and compliance rating | Typical fit |
|---|---|---|---|
| Trace One Devex PLM | Formulation, specifications, packaging, artwork, supplier collaboration | Strong, Strong | Food, cosmetics and chemicals with multi-country labelling |
| Infor PLM for Process | Recipes, specifications, allergen statements, claims, packaging BOM checks | Strong, Strong | Process manufacturers, often on Infor ERP |
| Siemens Opcenter RD&L | Specification, formulation with regulatory limit checks, LIMS | Strong, Available | Large manufacturers needing R&D and lab data together |
| Aptean PLM Lascom Edition | Formulation, labelling by regulatory zone, artwork, supplier portal | Strong, Strong | Mid-sized and larger food and cosmetics companies |
| Specright | Packaging, product and formula specifications, supplier collaboration | Available, Strong | Packaging-heavy CPG next to an ERP or PLM |
| TraceGains | Supplier network, formula, specification, nutrition calculation | Available, Strong | Food companies with large supplier bases |
| SAP PLM | Recipe development and product compliance in S/4HANA | Strong, Strong | SAP S/4HANA customers |
| Oracle Cloud PLM | Items, BOMs, quality, regulations advisor | Limited, Available | Oracle Fusion customers, formulation depth to be tested |
| Centric PLM | Materials, BOMs, supplier collaboration, compliance tracking | Available, Available | Consumer goods and retail brands |
How do formula and recipe management work?
A yoghurt has no CAD model, but it has a formula, a process, packaging, a label and a shelf life, each with versions and approvals. A formula lists ingredients and proportions. A recipe adds process steps, equipment and parameters for one plant. Process PLM supports hierarchical formulas, such as a fruit preparation used in several yoghurts, plus yield and loss modelling, scale-up from lab to production, approved substitutions and what-if comparison of cost, nutrition and claims.
The ISA-88 standard defines general, site, master and control recipe levels. Many companies use it to decide which level lives in PLM and which in MES or ERP. Discrete PLM manages quantities per unit, and process PLM manages percentages, yields and regulatory calculations, so generic BOM structures rarely substitute for a formulation module.
Which specifications does the system hold?
Specifications are the contractual and technical description of each material:
- Raw materials: origin, composition, microbiological limits, allergens and certificates.
- Packaging: materials, dimensions, recyclability and supplier data, which feed obligations under the PPWR.
- Finished products: the basis for customer contracts, retailer portals and quality release.
Supplier portals collect questionnaires and certificates into the specification, and expiry alerts flag outdated documents. Specification platforms and formulation PLM overlap, so many companies run one of each and define which system is the source for ingredient data.
Which regulatory calculations can be automated?
The main value of process PLM often comes from deriving label and compliance data from the formula:
- Food: nutrition declarations, the 14 allergen groups and quantitative ingredient declarations under Regulation (EU) No 1169/2011.
- Cosmetics: INCI ingredient lists and restricted substance checks.
- Chemicals: CLP hazard classification of mixtures and REACH inputs, covered in REACH and RoHS compliance in PLM.
- Carbon: footprint per unit from ingredient and packaging data, see product carbon footprint.
- Traceability: commodity origin data for the EUDR, which applies to large operators from 30 December 2026 under amending Regulation (EU) 2025/2650.
When a supplier changes a raw material, the calculation engine shows which finished products and labels are affected, which turns a recall risk into a planned change.
How do formulation, ERP and commercial systems connect?
Released formulas move to ERP as production BOMs, and recipes move to MES as master recipes. ISA-95 defines the interface between business systems (level 4) and manufacturing operations (level 3). The wider boundary question is covered in PLM vs ERP. Finished product attributes flow on to PIM and retailer data pools, see product data syndication, and independent resources such as PIM Selection describe how that commercial layer is chosen for food and beverage.
Map these flows before selection, including which system creates raw material codes and who maintains supplier-specific variants of one ingredient. Process PLM projects fail more often on unclear ownership of ingredient master data than on missing functions.
Frequently asked questions
Which PLM or recipe management software is best for food and beverage?
The register ranks no system. Fit depends on whether formulation, packaging specifications or supplier compliance is the main need, and on the ERP in use. Formulation PLM suits R&D-led companies, specification platforms suit large supplier bases, and ERP modules suit companies standardising on one vendor. Test each shortlisted system with your own formulas and labels.
Is formula management the same as recipe management?
They are related but distinct. A formula defines what goes into a product and in which proportions, independent of where it is made. A recipe adds how it is made: process steps, equipment, parameters and plant-specific quantities. ISA-88 distinguishes general, site, master and control recipes. Process PLM usually owns formulas and general recipes, while MES owns the master and control recipes.
How does process PLM help with allergen management?
Process PLM stores allergen data on each raw material and propagates it through intermediate and finished formulas automatically. It can also hold cross-contact risks from shared production lines. When a supplier reports a change, the system lists every affected product and label. That replaces manual spreadsheet checks, which are a frequent root cause of undeclared allergen recalls.
Sources
- ISA-88 Series of Standards: Batch Process Control
- Regulation (EU) No 1169/2011 on food information to consumers, EUR-Lex
- Regulation (EC) No 1907/2006 (REACH), EUR-Lex
- Regulation (EU) 2025/2650 amending the EUDR, EUR-Lex
Revision history
| Rev. | Date | Summary |
|---|---|---|
| B | Rewritten around the question of which formulation, specification and PLM systems food, beverage and CPG companies use, with an unranked comparison table. | |
| A | Initial release. |
Written by Stephan Spijkers. Reviewed 4 November 2026 by the PLM Vendors editorial team. Regulatory dates and vendor details change; check the sources for the latest position. Corrections with a source: info@plmvendors.com.
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