Raw Material
- Milk quality testing
- Antibiotic residues
- Aflatoxin M1
- Microbiology
Processing
- Surface hygiene
- ATP monitoring
- Environmental monitoring
- Allergen changeover
Finished Product
- Microbiology
- Pathogens
- Mycotoxins
- Quality parameters
Consultative view
Critical Quality Challenges in Dairy Processing
Raw Milk Quality
Incoming raw milk quality & safety
Contain a single supplier's problem before pooling into the silo - screen at the receiving dock.
Explore Microbial SafetyPathogens & hygiene monitoring
Resident environmental flora is the harder problem - structured swabbing catches it early.
Explore MycotoxinsAflatoxin M1 & other mycotoxins
AFM1 carries over from feed and survives pasteurisation - it has to be tested, not assumed.
Explore Antibiotic ResiduesResidue screening at reception
Rapid milk screening keeps a positive load isolated to one tanker.
Explore HygieneATP & sanitation verification
Verify a clean-in-place cycle before the line restarts, with a traceable digital record.
Explore Finished Product QualityMicrobiology, contaminants & more
Release testing across microbial counts, pathogens and compositional quality.
ExploreIndustry → application → solution
What Do Dairy Businesses Need to Test?
Select a stage-and-hazard combination to jump to the relevant solution.
| Hazard | Raw Milk | Process | Finished Product |
|---|---|---|---|
| Microbiology | ● | ● | ● |
| Pathogens | ● | ● | ● |
| Aflatoxin M1 | ● | - | ● |
| Antibiotic Residues | ● | - | ● |
| ATP / Hygiene | - | ● | ● |
| Mycotoxins | ● | ● | ● |
| Allergens | - | ● | ● |
Portfolio for dairy
Dairy Testing & Quality Solutions
Mycotoxin Testing
Aflatoxin M1 - ELISA / HPLC
Receiving-dock screening and confirmatory analysis for milk and dairy.
Explore Pathogen DetectionSalmonella & Listeria - PCR
Environmental and finished-product molecular detection.
Explore Antibiotic ResiduesMilk screening - rapid tests
Beta-lactam, tetracycline and broad-spectrum strips at reception.
Explore ATP Hygiene MonitoringSanitation verification
Pre-restart CIP verification with traceable digital logs.
Explore Microbiology TestingReady-to-use media / plates
Total count, coliform and yeast & mould enumeration without media prep.
Explore Allergen TestingRaw material & changeover
Rapid strips and ELISA for milk-protein and cross-contact checks.
ExploreWorkflow-based navigation
Testing Across the Dairy Production Workflow
01Raw Milk
- Aflatoxin M1
- Antibiotic residues
- Microbiology
- Pathogen screening
02Receiving
- Rapid residue strips
- Compositional quality
- Load accept / reject
03Processing
- Environmental monitoring
- ATP hygiene
- Microbiology
04CIP / Sanitation
- Pre-restart verification
- Allergen changeover
- Traceable logs
05Finished Product
- Pathogens
- Mycotoxins
- Microbiology
- Allergens where relevant
06Release / Distribution
- Certificate of analysis
- Shelf-life data
- Buyer-audit evidence
Supporting methods
Choose the Right Testing Technology
Tagged Industry = Dairy
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Built Around Quality & Compliance
AOAC ValidatedValidated methods and products where applicable.
ISO / QualityAlignment with relevant quality standards.
Method ValidationTechnical support for in-house method validation.
DocumentationCertificates, validation data and technical documentation on request.
Validation claims apply to specific products and methods, not to every item in the portfolio.
Industry SEO
Dairy Industry Knowledge
Aflatoxin ExplainedMycotoxinsRead
Seeing the Invisible: How Real-Time Microbial Detection is Transforming Food SafetyFood SafetyRead
Microbiological Testing: A Comprehensive GuideMicrobiological TestingRead
Immunoaffinity Columns (IAC): The Gold Standard for Accurate Mycotoxin Sample Clean-UpMycotoxinsRead
Reading for dairy QA teams
Guides written for the person running the test
Sampling, screening and confirmation routes for dairy control points, from the receiving dock to release.
Explore Dairy Knowledge →Proof
Solutions in Practice
Dairy · ATP Hygiene Monitoring
Improving sanitation verification across a dairy production environment
Challenge → Solution → Implementation → Outcome. Large dairy manufacturer, India.
Read Case Study
Dairy · Aflatoxin M1
Bringing AFM1 screening in-house at the receiving dock
Challenge → Solution → Implementation → Outcome. Regional milk union, India.
Read Case StudyFAQ
Frequently Asked Questions
What food safety tests are commonly performed in dairy plants?
Typically Aflatoxin M1, antibiotic residues and microbiology on raw milk; ATP hygiene and environmental monitoring in processing; and pathogens, mycotoxins and microbial counts on finished product.
How is Aflatoxin M1 tested in milk?
A quantitative ELISA kit is used for in-house screening; HPLC with immunoaffinity cleanup or LC-MS/MS is used for confirmatory analysis.
Which pathogen tests are relevant for dairy products?
Salmonella and Listeria monocytogenes are the priority organisms, tested by rapid culture or PCR on environmental swabs and finished product.
How can ATP testing help verify sanitation?
ATP bioluminescence gives a seconds-to-result reading of residual organic soil on a cleaned surface, allowing a pass/fail decision before the line restarts.
Which tests can be performed in-house?
Rapid residue strips, ATP hygiene, ELISA screening and ready-to-use microbiology are all designed for a plant QC laboratory. Confirmatory analytical work is usually outsourced.
When should a dairy laboratory use ELISA versus HPLC or LC-MS/MS?
ELISA for routine quantitative screening; HPLC or LC-MS/MS when a screening positive needs confirmation or when very low detection limits are required.
Can Fobeventia help with method validation?
Yes - our technical team supports method selection, installation, verification and troubleshooting, and can supply the underlying validation documents.