Image Processing Systems

We offer Industrial Image Processing. Image processing systems consist of two basic elements: The hardware camera, controller, lighting and mounting bracket. The software control unit, configuration, GUI and image algorithms Specifications: Imaging Range:5.70mm(H) x 4.28mm(V) Active Pixel:2592H x 1944V Pixel Size:2.2 m x 2.2 m Numerical Depth:12-bit Signal to Noise Ratio:38.1 dB Pixel Dynamic Range:70.1 dB Operating Temperature: 30 C - +50 C

We are offering & supplying fully equipped DSP solutions and MATLAB for industrial and educational needs as everything is becoming digital these days. We offer digital signal processing systems including DSP filters, DSP modems, DSP transceivers and more for good reason. Our company offers a wide range of solutions related to telephony to GPS and GSM technology applications using DSP. Product Features:DSP Starter Kits are low-cost, simple, comprehensive development tool.Allows new DSP designers to explore the TMS320 DSP architecture and begin developing DSP applications.TMS320C5416 DSP STARTER KIT Texas Instrument's TMS320VC5416 DSP operating at 16-160 MHzEmbedded USB JTAG controller with plug and play and play, USB cable includedBurr Brown PCM3002 stereo codec64K words of on board RAM256K words of on board Flash ROM DSP STAR PERSONAL DSP STAR Personal based on C6000 Education System includes C6000 hardware board and its own easy-to-use software debugger Code Builder (compatible to Code Composer Studio) as well as lab teaching material. Teaching materials include example programs and lecture guide. Currently, example programs in the teaching material are based on DSP C6713. Hardware consists of base I/O board and field replaceable processor module.TMS320LF2407 DSP STARTER KIT The F24XX devices are members of the TMS320C2000 Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology. DSP Starter Kits are low-cost, simple, comprehensive development tool.Allows new DSP designers to explore the TMS320 DSP architecture and begin developing DSP applications. TMS320F28335 DSP STARTER KIT The F2833x and F2823x devices are members of the TMS320C2000 Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology. The 2833x include the industry's first floating-point digital signal controllers that operate at up to 150 MHz. TMS320F2808 DSP STARTER KIT The F28xx devices are members of the TMS320C2000 Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology

Biometric technologies protect an organization through several identity verification techniques such as fingerprint, iris and face biometrics and ensure organizations are safe from data theft and impersonations. Precision enables several leading banks, private enterprises and government organizations with biometric security systems to protect the organization and its consumers data financial transactions from risks and improves efficiency while enhancing the organization s performance. Image Acquisition Technologies Image Acquisition Technologies include sensors utilized to deliver the highest quality image possible for Precision Biometrics. Forms of IAT suitable for fingerprint scanners are: Optical Capacitive Thermal RF Optical Sensors: Optical fingerprint imaging involves capturing a digital image of the fingerprint using visible light. In simple terms, this type of sensor is, just a specialized digital camera. Traditionally, this type of sensor has had some limitations in imaging unclean fingers. In addition, it was relatively easy to circumvent this sensor. However, Precision s advanced sensors address this issue to a great extent. RF Sensors: RF sensors make use of the principles of medical ultrasonography to create visual images of the fingerprint. The sound waves are generated using piezoelectric transducers and reflected energy is also measured using piezoelectric materials. Since the dermal skin layer exhibits the same characteristic pattern of the fingerprint, unlike optical sensors, RF sensors can work well even if finger skin is not very clean. Image Processing Technologies Fingerprints are made up of lines known as ridges (peaks) and valleys that bifurcate and end to form several unique characteristics. These characteristics, such as Ridge Island and Ridge Endings, are commonly termed as Minutiae Points and the patterns they form are unique with every fingerprint. To identify and extract these minutiae patterns from each fingerprint, the digital image undergoes a set of image processing techniques. This process can classified into the following phases: Image Enhancement Binarization Thinning Minutiae Detection Image Enhancement As it may not be possible for people to keep all the fingers clean all the time, so may be the consequent effect on the image of the fingerprint. Whatever be the image acquisition technology, the contrast and completeness of the digital image generated by the sensor, still requires enhancement, to get accurate results. Binarization This enhanced image is a gray scale image, and all the pixels forming this image have an intensity value ranging between 0 and 255. Thinning Physically a fingerprint ridge (or a valley) will be around 300 500 microns. Since the image acquisition is carried out at 50 micron, the digital image of a ridge line (or a valley line) will be formed by around 6 10 pixels. Minutiae Detection The thinned image is then analyzed to spot minutiae points. An eight pixel square is formed around the ridge pixel and this pixel square is moved along the ridge line. Any ridge pixel having more (or less) than two of the eight pixels in the square with intensity value other than 255 is noted as a minutiae point.

Benchmark offers a powerful but affordable imaging solution based on Matrox Imaging products to get started with imaging for education purpose and also provide extensively in industry and industrial research organisations such as the Steel Authority of India (SAIL), defence research and development bodies, India's space research programme, the Council of Scientific and Industrial Research (CSIR), and the automotive, pharmaceutical and packaging industries, to name a few. Image Processing also finds extensive use in applications such as medical imaging like CT scans, biology (scanning electron microscopy) forensic study, security applications and remote sensing, etc. It is also an active area of research with multi disciplinary applications.

Banking on the skills of our talented team members, we are indulged in offering Image Processing System. This product can work dependably if it is provided with appropriate images for the evaluations. Image Processing System is used in numerous industries for various applications. Also, this product is available at market leading rate. Features: Fully functionalRobustFree from flaws

Banking on the skills of our qualified team of professionals, our company offers standard quality array of Ultracurve Processing System. This Ultracurve Processing System is designed by using quality material which we buy from our trusted vendors. This product is tested on various qualities before dispatching to the market. Features: Excellent performanceLow maintenanceEasy to install

It permits multiple page reading (7,500 pages/hour)Reads double sided (duplex) and multipage formsSupports batch image processingHas an easy-to-use Windows interfaceHas search option for quick retrieval of a result set, using Roll No or Booklet CodeSupports editing of wrong data through typing and overwriting. (This is impossible with traditional OMR scanners. It is beneficial if the candidate marks his personal details incorrectly or lightly)Adjustable OMR Bubbles threshold option to read light bubble marks

De Dietrich Process Systems has a complete line of valves, pipes and fittings constructed out of extremely corrosion resistant materials. Used in diverse industries for multi-purpose applications, our equipment is resistant to almost all chemical attacks, assuring product purity and providing high durability.

A wide array of Process Systems is made available by us for our esteemed patrons. The range offered by us includes engineered fluid processing solutions that are all sourced from Saint-Gobains brand. Features: Fluid transfer systems for document processing equipmentPeristaltic pump tubingFuel lines for small enginesHose assemblies and custom-made components for the bio pharmaceutical markets

We are one of the leading names engaged in offering Urised. These are professional Urine Sediment Analyzers that are used for Image processing software with reliable identification and further classification of 15 different urine particles. Given below are the technical specifications of these products: Up to 80 sample test/hour throughput Microscope view available on its screen User friendly interface on PC and easy operation Whole image results are stored upto 1000 samples Unique pipette washing technique, no need for special solution, liquid 2000 RPM centrifuge Dual PC solution Automatic sample test-tube and cuvette handling Low sample volume It is urine sediment analyzer, which is able to detect 15 different urine particles The system consists of the following main units: Measuring unit Operating and evaluation PC The process of testing is given as under: Urine sample in test tubes have to be placed into supplied racks that are moved by the instrument It stirs up urine using a pipette to make urine homogeneous before taking sample For the sediment analysis, the instrument uses special single use cuvettes After stirring urine, 200 l sample is taken and injected into cuvette by the pipette It prevents mixing up of different urine samples, so that it washes both the in-and outside the pipette thoroughly after sampling Cuvettes with the urine samples are centrifuge to force all particles in the urine in one plane on the bottom That is how the built-in microscope can investigate the particles of urine It takes pictures through its built in microscope in several points and late evaluate these using high quality image processing software that detects and classifies various urine particles such as RBC, WBC, WBCc, HYA, PAT, EPI, SRC, BAC, YEA, CRY (CaOxm, CaOxd, URI, TRI), MUC SPRM Images are also stored in the memory and are at the disposal of a validating physician any time when samples have to be re-evaluated The Windows based PC with the intimately designed user friendly and yet powerful operating software makes its use very simple and convenient

Zero discharge (ZID) is a water treatment process in which all wastewater is purified and recycled; therefore, leaving zero discharge at the end of the treatment cycle. ZLD is a process that is beneficial to industrial and municipal organizations as well as the environment because it saves money and no efficient, or discharge, is left over, ZLD systems employ the most advanced wastewater treatment technologies to purify and recycle virtually all of the wastewater produced. Also zero discharge technologies help plants meet discharge and water reuse requirements, enabling businesses to: With all increasing demand on natural water resources and unabated pollution posed by industrial discharges into the environment, it become necessary to implement zero discharge system in industrial waste water treatment plants. In a waste water treatment facility, zero discharge theoretically means no discharge of any kind of pollutants into the environment. Since the concept of zero discharge system is to ensure essentially no discharge of pollutants into the environment, recovery of water gains primary importance. It achieves two purpose Meet stringent discharge regulations.Treat and recover valuable products from waste streams.Better manage produced water.Waste water strong recovery separation by evaporation or boiling of water part of waste water not reusable, crystallizers and condensate recovery. ZLD plants produce solid waste.By reusing process water, utilization of natural water resources is minimized.Re-use of recovered water enhances the capacity of the industry to efficiently utilize available water as well as control its quality to the required level.

Digital data processing Combined with X-ray viewer Completely disinfectable Adjustable keyboard Optional DVD/CD-burner

Diazo Devoloper Machine

lab-image

Process Systems

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Image Processing

Satellite imagery is a source of vast geospatial information. These days we are witnessing more and more global problems being solved with the help of remote sensing data. Many people understand the potential of the new technology but are constrained either by pricing of the tools required to use such data or complexity of the software available to him. With Scanex Image Processor software, which is a unique one in its combination of tools, quality and price, customers can experience a flatter learning curve with interesting and robust tools. Scanex team keeps itself abreast of all the contemporary developments, therefore taking into account the experience of the world leading software producers when developing the software in subject. Scanex Image Processor a marriage of advanced image processing with a user friendly interface. Powerful tools for deep image processing techniques help you get best meaningful information from your data whether it is Panchromatic Multispectral or Sar. It has a modular structure with base software enabling you to perform all major image processing workflows. For advanced specialized tasks there are add-on modules containing powerful and fast processing capability. Below are the major functions available in the Basic configuration: Import of dozens of different graphical and Earth remote ensing formats, export to popular graphical and conventional formats with the possibility of saving accompanying geolocated files Raster data visualization and systematic geometrical correction of remote sensing data Image transformation, ortho-rectification of raster based on ground control points, creation of image mosaics Loading, creation and editing of vector layers, automatic vectorization Spatial resolution enhancement, automatic co-registration of rasters Image atmospheric correction, change detection Arithmetic operations with raster layers, calculation of thematic products based on MODIS data Image classification and processing of classification results Operations with 3D models of the Earth It has following optional Add-on Modules: 3D module of modeling and visualization enables to create 3D models of landscapes and to overlay raster and vector layers; to model different types of objects and record video clips Radar images processing module (Sar module) enables to do segmentation and filtration of radar images, thematic calibration of segmentation results, having algorithms of detecting ships and oil spills on water surfaces Digital elevation modeling (Dem) module enables to build hydrologically correct DEMs based on vector data or stereopairs of scanner imagery Modeling module enables to calculate radiation balance, to do hydrological modeling of floods, freshets and overflows and to assess the dynamics of such processes Software developer kit (Sdk) enables to write own scripts, to create user interface for them and to do stereo processing and radiometric correction of images Thematic Pro classification and thematic interpretation module enables to do segmentation of multispectral data, thematic calibration and interpretation of segmentation results It supports following sensor models: Cartosat-1 Cartosat-2 Dmc-2 dimap Eo1 Ali Eo1 Hyperion Envisat Asar Formosat-2 Dimap

Image Processing System

The process of scanning involves conversion of paper documents into digitized format. Global InfoVision,is a complete document scanning service provider, with a vast experience in scanning different sizes and types of documents over number years. On-site Scanning Services If your to-be scanned documents cannot be sent outside your premises either due to volume or due to security reasons, then Global InfoVision s on-site document imaging service is the right choice for you. Our highly talented personnel will set up the document imaging equipment at your premises and scan your documents as per the agreed schedule. Off-site Scanning Services Global InfoVision s off-site scanning services involve a comprehensive set of services which include pre-scanning, scanning, post-scanning, indexing, archival and retrieval. Detailed tracking is done right form the time the records are received from the customer till the final delivery is made. Following is the overview of our document imaging solution process flow that includes the various key areas: Receive Paper DocumentsUpdate Tracking SystemPrepare the documentsJob AssignmentScanningQuality ControlAdditional ProcessData IntegrationMove to MediaUpdate Tracking SystemOutput to Customer The different types of scanning services carried out by Global InfoVision are as follows: Paper ScanningBooks/Periodicals ScanningLarge Format ScanningMicrofische ScanningAperture Card ScanningMicrofilm ScanningNews Paper Scanning

(Ultra-small unit for daily newsgathering and online broadcasts)

ITLPro Solutions offer optical and image processing devices for use in a number of fields for the purpose of observation, inspection, automated positioning correction and automated recognition. These may be tailored to a variety of objectives and applications, taking advantage of enhanced optical lenses, lighting systems, image processing and more, all centering around a wide array of industrial cameras.