Profile: Interscience is a developer and manufacturer of microbiological solutions. We also export our products to various countries worldwide. Our brand includes BagMixer®, BagFilter®, Spiral® and Scan®. Our products guarantee security and performance for microbiological analysis, from sample preparation to bacterial counting. Our products are used in laboratories worldwide. Our product line includes gravimetric dilutors, laboratory blender, automatic plater, colony counter and automatic color colony counters. Our Gravimat® and BabyGravimat® dilutes a solid sample with the appropriate mass of solvent. We provide all the dilution and distribution protocols. Our automatic color colony counters are developed for counting on Petri dishes, filtration membranes, Petrifilm™ and Compact dry™. They can count chromogenic plates, automatically distinguish confluent colonies, clustered colonies, air bubbles and impurities. Spiral® plating method allows to plate petri dishes without any preliminary sample dilution. The sample is logarithmically deposited according to an Archimedes spiral pattern. The calibrated volume is known on any point of the petri dish.
The company has ~20 employees and is ISO 9001-2000, CE certified.
4 Products/Services (Click for related suppliers)
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• Automated Colony Counter (FDA Code: KZB / 866.2170) An automated colony counter is a mechanical device intended for medical purposes to determine the number of bacterial colonies present on a bacteriological culture medium contained in a petri plate. The number of colonies counted is used in the diagnosis of disease as a measure of the degree of bacterial infection. |
• Colony Counters |
• Digital Colony Counter |
• Manual Colony Counter (FDA Code: KZC / 866.2180) A manual colony counter is a device intended for medical purposes that consists of a printed grid system superimposed on an illuminated screen. Petri plates containing bacterial colonies to be counted are placed on the screen for better viewing and ease of counting. The number of colonies counted is used in the diagnosis of disease as a measure of the degree of bacterial infection. |