Description
IRIS 2 Incubator Reader for rapid detection of Antibiotics in Milk
The IRIS 2 is a unique device in the Global dairy industry that provides a low cost Incubator Reader for the simple and easy detection of antibiotics in milk. Results in 6mins by following these simple instructions
Instructions IRIS 2
IRIS is an incubator-reader for use in rapid strip or cassette assays with a qualitative (BT Scan, IC, Proteon) or quantitative (AflaM1Scan or IC Quanti) interpretation of results. The device connects via Bluetooth to the mobile/tablet through the Iris App to launch the automatic test, read or download the results. Through a 4G or Wi-Fi connection, the results are stored in a digital cloud (Test4all platform).
HOW DOES A RAPID ANTIBIOTIC TEST IN MILK HELP YOU?
Duplex BT Scan helps you to identify if the milk tank is contaminated with beta-lactams during transport or upon arrival at the plant in a simple and fast way. Once the operator sets the automatic test at the reception, or even on the truck, the results will be automatically received in-real time, allowing to make quick decisions.
Duplex BT Scan analysis at the farm help you avoid industry penalties. Just by adding a drop of milk, you can check the tank in a few minutes before it is collected. In addition, you can share the results with the processing plant to daily guarantee the quality of your milk.
TECHNICAL DATA
- Dimensions: 105 x 105 x 72 mm
- Weight: 296g
- Working temperature: 40°C ± 2°C
- Connectivity: Bluetooth, USB connection
- Portability: battery life of up to 6 hours
Validations:
Internal Validation: According to ISO 13969:2003.
IRIS 2 Incubator Reader for Allergen Testing
IRIS 2 – PROTEON Allergen Test
TEST PRINCIPLE
Immunochromatographic assays, in a fast strip format, for detection of allergenic proteins, using y specific antibodies in non-competitive sandwich assay.
TECHNICAL DATA
The test detects:
Milk (β¬-lactoglobuline y Caseine): 0,7 μg
Egg: 0,25 μg
Gluten: 1 μg
Soy: 0,7 μg
Fish: 0,25 μg
Crustaceans: 4 μg
Almond: 0,9 μg
Hazelnut: 1 μg
