Digital Analyzers Dealers in Baner, Pune

Image analyzer We have developed this solution for the ophthalmic industry, specifically to help an ophthalmologist view the entire retina to assess the onset or progression of retinal diseases. The human retina is imaged with a fundus camera which captures successive but overlapping fields of view. The Ophthalmologist however requires to view the entire retina. We have developed efficient and innovative algorithms to analyse, transform and merge multiple images to create a combined retinal field of view. Multiple images captured over time can also be geometrically matched and compared. This is essential to assess the progression of diseases. The application currently provides the following features:system

• Feature: Sugar crystal images may be stored and displayed in digital format

Improved industrial process control promotes quality. In the sugar industry, process control may be applied to ensure that the quality of the final sugar product meets required specifications. ImageProVision's Sucrocrystal Image Analyser is a unique, digital crystal image analysis software system designed specifically for this industry, providing quantitative, automatic analysis. This procedure is fast and accurate, and may be used to measure crystal size distributions of both massecuite and dry product. It is a powerful tool for analysing, optimizing and controlling the various stages of sugar production.

• Brand Name: Janitza
• Features: Highspeed Modbus up to 921,6 kB/s (maximum 10m distance), Energy consumption and cost centre management .
• Model: UMG604
• Display Type: Digital
• Frequency (Hz): 50
• Packing Type: Box
• Voltage (V): 240

• Features: High power LED Volume or light sheet Synchronization PIVTecILA software Easy setup Background illumination ILA.PIV.Nano Camera Also suited for MicroPIV Etc
• Specifications: Pulses 0...200A Power 0...47mW/ cm2 Colours green, blue, red, white, UV Length 120mm (without op

Particle Image Velocimetry is a non-intrusive laser optical technique used for determination of the velocity distribution in fluids. The complexity of a system can strongly vary depending on the type of application, however the basic principle of PIV stays the same. For the purpose of PIV, the fluid is seeded with light scattering particles, which are believed to follow the flow dynamics. The flow is illuminated by a concentrated light source, normally a laser, where as a special camera is acquiring the reflected light from tiny particles in the flow. The camera takes two consecutive images which are synchronized with the two light pulses. The light pulse is very short such that single particles can be identified in the images without blurring effects. The cross correlation software then calculates the displacement of the particles between the first and second image. Since the time between the two light pulses is known, the velocity field can be calculated.

vibration analyzer, Field Balancing Machines, Dynamic Balancers