Animal/Insect Behaviour

VJ Instruments’ Fluidized Bed Processor: Revolutionizing Research and Development Experience innovation and efficiency with VJ Instruments’ Fluidized Bed Processor. Designed for small trial batches of pellets, this advanced dryer and coater offers flexibility and cost benefits. Explore its purpose, features, and technical specifications in this comprehensive guide. Supports both aqueous and organic film coating systems. […]

VJ Instruments’ Lab-Scale Fluid Bed Dryer: Precision Drying for Research and Development VJ Instruments Fluid Bed Dryer is a versatile lab-scale dryer used in industries, quality control, R&D, and sample preparation. It ensures efficient, gentle drying of bulk materials—coarse, fine, crystalline, fibrous, or leafy—without localized overheating. Ideal for diverse drying needs. A versatile and indispensable

VJ Instruments’ Revolutionizing Insect Behavior Analysis: Advanced Video Tracking with Insect Tracker Insect Tracker revolutionizes insect behavior analysis with its cutting-edge tracking capabilities in fields such as entomology. Seamlessly recording and visualizing insect movements, this powerful tool provides researchers with detailed insights into spatial navigation and zone-specific behaviors. With automated data analysis and customizable features,

VJ Instruments’ MazeMaster: Your Complete Solution for Rodent Behavioral Analysis MazeMaster® is a simplified and user-friendly software interface designed for automated video tracking of animal behavioral activity, specifically rodents like rats, mice, and guinea pigs. This versatile software was developed to meet the needs of Original Equipment Manufacturers (OEM) and research scientists in India who

VJ Instruments’ Digital Plethysmometer: Precise Edema Measurement and Inflammation Monitoring The Plethysmometer is a highly valuable apparatus designed to accurately measure changes in small paw volume, particularly when assessing edema—an essential indicator of inflammation. This innovative device facilitates the precise quantification of micro-volume alterations caused by the displacement of water, primarily achieved through the insertion