| Plant pathology research technology |  | ||||||||
| The APAS system is developed based on the advanced vision system of ALCI. APAS can quickly detect plant diseases. The system is reliable and has good repeatability and can effectively control costs. | |||||||||
| Main functions | |||||||||
ComeNecrosis/spore extraction ComeAutomatically measure spore count and surface area ComePercentage of lesions as leaf surface area ComeInjured/damaged areas ComeMeasurement of healthy areas ComeRate of incidence ComeLesion density | |||||||||
| System Features |  | ||||||||
ComeAPAS can be customized and can be used for downy mildew in lettuce and powdery mildew in winter melon; ComeFor each species, APAS can: The resistance of different species is graded according to customer needs; Records in the database are associated with corresponding photos by date and time; Provides customized output file types; Provides pictures of each partition. ComeReports that APAS can generate: Incidence rate; Lesion density; Sample classification; Statistics. ComeAPAS can eliminate the effect of sand and water on test results; ComeAPAS allows algorithms to integrate new species with very strong flexibility; ComeRemote maintenance and diagnostic modules that allow automatic upgrades. | |||||||||
| Main technical parameters |  | ||||||||
ComeManagement system: hardened tablet computer, 15-inch touch screen ComeVision System: Spectral Analyzers with Up to 12 Medium Wavelengths ComeExpert System (ALCI Software): For different species and conditions, it can be customized according to customer needs. ComeLoading/unloading: Automatic or manual loading, stacked unloading ComeTraceability: Traceability through QR codes, give results in a region, group or individual way, and customize file types ComeBasic dimensions: W x H x D (400 x 600 x 400mm) ComeElectricity parameters: voltage 230 V; power 2.6 KW | |||||||||