Hygiena · High-sensitivity ATP test

SuperSnap

A high-sensitivity test for sanitation zones with stringent internal limits. Hygiena states that SuperSnap is four times more sensitive than UltraSnap and supports checks for trace organic residues.

Quick decision

Is this test right for your control programme?

Consider it when

Allergen programmes, infant nutrition, pharmaceutical production and critical food zones

We clarify before quoting

Matrix and sampling point, target, decision threshold, test volume, compatible reader, control points, frequency and approved procedure.

Another test may be better when

The matrix, analytical target, required limit, time to result, readout format or approved procedure differs.

Best suited for

Allergen programmes, infant nutrition, pharmaceutical production and critical food zones

Capabilities and controlled parameters

ATP bioluminescence with a 10-second result on EnSURE Touch
Stated sensitivity is four times higher than UltraSnap
Enhanced chemistry targets very low organic-residue levels
Supports cleaning verification within allergen cross-contact prevention programmes
A low ATP signal does not prove the absence of a specific allergen
Specific allergen confirmation requires the appropriate AlerTox, GlutenTox, ELISA or another validated method

Specifications have been checked against the official manufacturer page.

Official Hygiena product page

Hygiena

Go deeper

A selection of materials to understand the method, compare instruments and choose the right lab configuration.

HygieneHygiena ATP control: how to verify sanitation quicklyRead article Food safetyHygiena: connecting ATP monitoring, MicroSnap, PCR and allergen testingRead article

LabLog

Implementation considerations

Test implementation starts with the matrix, sampling point, analytical target and decision rule. Before supply, LabLog checks reader and consumable compatibility, control requirements, frequency, training, storage and result documentation.

How LabLog supports the project

01Define the matrix, sampling point and target
02Check the decision threshold and applicable method
03Agree the reader, tests, controls and stock level
04Prepare storage, training and a working instruction
05Verify a trial cycle before routine use