Mispa F60 is a Fully automated Fecal Analyzer, which is based on imaging and Artificial Intelligence for particle identification. The throughput of the equipment is up to 60 sample per hour. Mispa F60 is simulation of gold standard manual operation by the “plane microscope camera + AI recognition” method, 5MP camera guarantees the definition of images and realizes more accurate and efficient recognition. This not only ensures reliable identification and pre classification of most formed elements but also makes images available for further review and teaching purposes.

Mispa F60 can also analyze colloidal gold-based tests like FOB, Calprotectin, Adeno/Rota, Transferrin, Lactoferrin etc.

Features

• Colloidal gold-based testing available
• Up to 5 colloidal gold based tests can be loaded simultaneously
• Ova & Parasite Detection
• Iodine Staining mode
• Fully Closed container, no nasty smell
• Special container ensuring high detection rate
• Multilayer Shooting

Mispa F60 imaging system takes 8-layer images of every element and hence makes available the inner complexities of the element. Thus, ensuring the identification to the best quality.

Traceable test results

Images are available to make sure the user can revisit them as per convenience and all reports are traceable.

powerful Database

AI engine is the most updated one, and huge amount of data is used to train the AI engine

Gold Standard

Mispa F60 is basically automated simulation of Gold Standard method i.e. Microscopy.

Compact

Mispa F60 is compact in size and consumes very less space .

Comprehensive Analysis

• Four physical indexes (standard configuration)

• Comprehensive formed element substances

Accurate

• High-definition morphology images backed with powerful AI

Technical Specification of Mispa F60

Safety and Maintenance Protocol of Mispa F60

Periodic maintenance of the unit is to be performed by the service engineer of Agappe. 

• Mispa F60 is for indoor use only.

• The Installed site should be free of dust and away from direct sun.

• The site should be free of corrosive and inflammable gas.

• The bearing or the ground should be free from vibration

• Cover the instrument with dust cover when not in use.

• The environment should not have high humidity levels