Selection of 43 products among
44
DEX™ 3D & 2D X-RAY VISION ENGINE
DEX 3D & 2D X-ray Vision engine for Original Equipment Manufacturers
OVERVIEW
DEX™ 3D & 2D X-ray Vision Engine is a family of X-ray cameras, electronics, and software designed for the OEM. Where
complex manufacturing systems require an integrated x-ray inspection system, the DEX™ 3D & 2D X-ray Vision Engine may be the answer. It is designed for in-line high speed, high-resolution inspection and can be built into a wide range of manufacturing systems. The modular design it to be cost effectively tailored to meet your specific needs and to be readily integrated into your equipment.
Incorporating a number of unique technological features, the DEX™ 3D & 2D X-ray Vision Engine provides unparalleled imaging capability enabling, for the first time, the ability to check in-line 100% of production, even for hidden features, ensuring that all components are there in the right place, are the correct size and that each product contains no contaminating objects.
These outstanding benefits are possible even when components are concealed from direct view, contained within another item or when the final product is packaged ready for shipping.
Applications
Although designed as a general purpose inspection tool the DEX™ 3D & 2D X-ray Vision Engine resolution, speed and size of inspection chamber makes it highly suitable for integration into manufacturing equipment for the medical devices, drug delivery products, packaged pharmaceuticals, automotive, aerospace and military components industries
Standard features of the DEX™ 3D & 2D X-ray Vision Engine :
• High resolution – typically better than 100 micron resolution
• 2D and 3D options available
• Automated fault detection
• In-line inspection rates up to one per second
• Suitable for OEMs
• Comprehensive application support provided
• Modular design for maximum flexibility and ease of upgrade
• Cost effective
• Safe and robust – integral X-ray screening ensures safe and easy operation
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View the product on ish.co.uk
3D X-Ray Ltd
SOFTWARE: ADOBE® PHOTOSHOP® CS4 EXTENDED
Discover new dimensions in digital imagingAdobe® Photoshop® CS4 Extended software delivers all the features in Photoshop CS4, plus new features for working with 3D imagery, motion-based content, and
advanced image analysis.There are two editions of Photoshop CS4:If you work in film, video, multimedia, 3D, manufacturing, architecture, engineering, medicine, or science, Photoshop Extended is for you.You can do more with 3D:Breakthrough 3D painting and compositing capabilities let you work with 3D models as easily and powerfully as with 2D images.
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View the product on adobe.com/uk
Adobe
SOFTWARE - FIBER OPTIC PREFORM
Software for Fiber Optics Manufacturers!
By combining advanced thermal imaging technology with application-specific software, Ircon has created the Preform Inspection System. The Ircon Preform
Inspection System is the first thermal imaging system designed specifically for the manufacturers of fiber optics filaments.
The first thermal imaging system specifically for Fiber Optics production
Measures both diameter and temperature!
Record and playback of temperature data
The Ircon Preform Inspection System is used during the initial stages of fiber optics manufacturing where a hollow glass preform is heated on a rotating lathe. Chemical deposition occurs on the inside of the hollow preform until the hollow glass rod becomes solid. In this application, controlling the temperature as well as the diameter of the preform are both extremely critical. Ircon solves both temperature and diameter measurement problems with the Ircon Preform Inspection System. This system consists of the Stinger Thermal Imaging Camera, the Ircon Preform Software, and optional Analog Outputs.
Preform Software Features and Benefits
Temperature and diameter measurements - Ircon's Preform software provides two measurements in one system. Now there is no need to have BOTH a pyrometer and a non-contact dimensional device such as a laser micrometer. You have fewer instruments mounted on the lathe carriage. Operators only need to become familar with one monitoring system.
10 AOI's - Areas Of Interest (AOI) can be drawn any place on the image. Min, Max, and Ave temperature data can be collected from each AOI. AOI's can be drawn freehand or in conventional shapes to conform to the target the camera is aimed at.
Record and Playback - Ircon Preform Software uses simple VCR-style controls to let you view captured image files. Easy to use Play, Rewind, and Fast Forward controls let you view the image repeatedly. You can slow down the image to view the exact time and temperature if distortion begins to occur while the preform is being heated on the lathe. Individual batches can be compared side-by-side.
Analog Temperature Outputs - With the optional analog output card preform temperature and dimensional information can be sent via 4 - 20 mA signal to third party control systems such as PLC's. The Preform software doesn't replace your existing control system, it integrates with it!
Computer Specifications (Based on STPC1 Operator Interface PC)
500 MHz or faster Pentium III processor, at least 1 available PCI slot, 100 MHz or faster internal bus, 128 MB ram (minimum), 2x AGP or faster graphics, 4.5 GB hard drive or greater, 2 COM port, CD-Rom, 19" color monitor with 1024 x 768 resolution, Windows 2000 operating system
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View the product on ircon.com
Ircon BV
SOFTWARE SATENV
SatEnv is a powerful and user-friendly software environment for the acquisition, management and visualization of antenna measurement data. Together with the available post-processing software
modules, SatEnv efficiently handles the complete process from measurement to data output and report generation, and users have access to a set of unique analysis tools. The combination of SatEnv and a SATIMO multiprobe antenna measurement system provides optimum efficiency for antenna measurements.
Data Management: The SatEnv hierarchy makes it easy to set up measurements and organize large amounts of test data
Data Acquisition: SatEnv is in most cases pre-configured during installation for easy operation under a number of standard test setups. For testing that falls outside of the standard configurations, it is easy to add or remove instrumentation drivers and set up arbitrary test sequence looping structures. New equipment drivers can be easily added, making SatEnv upgradeable and future-proof.
Traceability: The data acquisition setup is saved together with the test data under each measurement, eliminating any doubt about how each measurement was performed.
Data Post-Processing Modules: Additional software components for many demanding applications can be added and seamlessly integrated with SatEnv. These modules range from near field to far field transforms and back/forward propagation to tools for simulation of the radiation pattern when the measured antenna is used in its real environment.
Radiation Pattern Analysis: SatEnv features a full range of antenna pattern analysis tools (Peak search; Beamwidth; Gain; Radiation efficiency; Directivity; Average, minimum and maximum gain; Polarization parameters; Trace markers).
Data Visualization: SatEnv puts a powerful set of visualization formats at the hands of the user (from left to right, in the image:Rectangular 1D view with overlay traces, Polar 1D view with overlay traces, 2D view, 2D contour plot, 2˝D view, 3D view. All measurements refer to a SATIMO SH800 horn antenna tested in a SG64 spherical near field range).
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View the product on satimo.com
Satimo Main Office
THERMAGRAM® SOFTWARE
Real-time Thermographic Display, Data Acquisition & Analysis System for Science, R&D and Technology.
Supports all Major Infrared Camera Brands (click for details)
The Thermoteknix ThermaGRAM
system provides real time infrared digital signal processing with a wide array of enhancement, analysis and image processing tools at full camera frame rates.
Flexible Software Options
ThermaGRAM supports direct input via USB-2 and IEEE 1394 Firewire interfaces from Thermoteknix VisIR, MIRIC and MIRICLE thermal cameras. Automatic detection and loading of camera calibration files gives seamless temperature readout and real-time analysis within the program in temperature, radiance and intensity units. Unlimited spot, area, profile and histogram tools. Individual emissivities on all tools, image and atmospheric transmission factors. Wide range of interactive image enhancements on live and frozen data. Image and Sequence save. Export data to Word, Excel or MatLab for further analyses. ThermaGRAM is fully OLE-2 compliant - image processing of live and recalled data directly within Microsoft Word, Excel - Analysis, reporting, scientific data processing.
ThermaGRAM PRO® provides additional functionality including: Time/temperature trending, Thermoteknix patented PosiTrak® image averaging, multi-image subtraction, mathematical manipulation, filtering and mosaic features as well as the IR Dynamite® Real Time Video Recorder.
Dynamite® “Virtual VCR” provides real time event monitoring with continuous data storage directly to the PC hard disk and simultaneous display. Capture sequences can be triggered from threshold or external input before, during or post event. Stored sequences can be replayed alongside live imaging and output to AVI file.
ThermaGRAM REPORTER® adds wizard driven report generation in Microsoft Word™.
ThermaGRAM OPC™ (OLE for Process Control) provides real time images and all tools and processed data to 3rd party applications for process control, specialist research applications, or rapid product prototyping. Radiometric data from ThermaGRAM is available to industry standard OPC Client systems such as LabVIEW or MATLAB®. A C++ OPC Client Software developer’s kit (SDK) is included for software engineers to develop their own application specific software.
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View the product on thermoteknix.com
Thermoteknix Systems Ltd
THERMAL IMAGING SOFTWARE - IMAGE ANALYSIS
Thermal Imaging Software for Real World Applications!
Ircon Image Analysis software is the Do it all product of the Ircon thermal imaging software family. Designed as a general-purpose IR software
for use in process control, R&D, and laboratory applications, Image Analysis software provides advance thermal analysis features in an easy-to-use Windows-based interface.
Great for process control, laboratory and R&D applications
Real time imaging at speeds up to 60 frames/second
Record and playback of temperature data
Image Analysis software takes input from either Maxline 2 or Stinger thermal imaging systems*. With the lens and spectral range options available with either system, Image Analysis software can handle virtually any application. Optional I/O modules can be added to Image Analysis software to provide analog and digital signals for use with PLC's, controllers and other third party systems. With Ircon Image Analysis you get a complete system (camera, software, PC, outputs) for all of your temperature measurement needs.
For customers interested in data acquisition serial communication and TCP/IP functionality are built into Image Analysis to provide easy interface to databases and other software packages.
Image Analysis Software Features and Benefits
Adjustable Image Capture Rates - Record data as fast or as slow as you need it depending on the application. Image Analysis can handle speeds up to 60 Frames/Second
50 AOI's - Areas Of Interest (AOI) can be drawn any place on the image. Each AOI has seperate emissivity and alarm settings giving the user options on multi-media targets. Min, Max, and Ave temperature data can be collected from each AOI. AOI's can be drawn freehand or in conventional shapes to support any shape which the camera is aimed at.
Record and Playback - Ircon Image Analysis takes advantage of simple VCR-style controls to let you view captured image files. Easy to use Play, Rewind, and Fast Forward controls let the user view the image repeatedly. By slowing down the frame rate an Image Analysis user can view the exact point when a failure occurs during product testing.
Alarm Capabilities - Independent alarms can be configured for each AOI on an image. The alarms can be viewed directly on the screen or connected to optional I/O modules to provide process control outputs.
Computer Specifications (Based on STPC1 Operator Interface PC)
1.5 GHz or faster Pentium IV processor, at least 1 available PCI slot, 100 MHz or faster internal bus, 128 MB ram (minimum), 2x AGP or faster graphics, 4.5 GB hard drive or greater, 1 COM port, CD-Rom, 19" color monitor with 1024 x 768 resolution, Windows 2000 operating system
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View the product on ircon.com
Ircon BV
SOFTWARE - NOESYS
Noesys is affordable, easy-to-use software for analyzing, visualizing and maintaining control of your data. Whether you are in earth science, chemistry, biology, medical imaging, physics or
engineering, you can analyze your data with just a click of the mouse.
Now you can easily access and analyze your multi-dimensional data to create images and geographic maps on the fly. The simple menu interface provides fast access to data, images, color palettes, and annotations in one convenient, self-describing HDF file. Best of all, Noesys runs on Windows and Macintosh systems so you don't have to invest in expensive workstations.
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View the product on rsinc.com
RESEARCH SYSTEMS
SOFTWARE SATSIM
Performance evaluation of antennas sited and operating in complex and electrically large environments are difficult and complex measurement tasks. SatSim provides a user-friendly and economical way
to accurately evaluate the behavior of an antenna in its final operational environment. This has been achieved by combining near field measurements of the stand alone antenna with numerical modeling of its operational environment, based on a fast forward ray tracing technique.
As SatSim is accessed from within the SatEnv measurement software, the influence from the scattering environment on the antenna radiation pattern can be evaluated immediately after the measurement of the stand alone antenna. The antenna, or its environment, can then be optimized for the best possible combined performance. Alternatively, a modeled source represented by spherical wave coefficients can be used.
Application areas include evaluation of antennas positioned on large, complex structures such as cars, planes and ships. Antenna design and placement can also be optimized for wireless coverage solutions in indoor and outdoor environments.
The SatSim code has been validated by a comprehensive measurement campaign on scaled models of antennas accomodated on a complete satellite.
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View the product on satimo.com
Satimo Main Office
ENTIS XS - SCALABLE SOFTWARE
Entis XS - scalable, open and flexible
Cost of ownership of products and systems plays an ever-growing role in the world of tank storage and intermediate storage. ENRAF’s newest inventory
management system Entis XS offers all the functionalities that are required of today’s inventory management systems. The system comes installed with a single SCADA platform that enables customer requirements to be precisely met. For environments where no DCS system is available, the Entis XS platform can also operate as an automation and control system. In such cases, optimized inventory management, complete management information and easy-to-read operator presentation and control come together in a single system.
Entis XS combines a broad range of inventory management functionalities with advanced automation and control of tank instrumentation. The Entis XS menu driven structure stands out by its user friendliness. This enables operators to navigate simply to the easily configurable Entis XS screens.
Entis XS offers unmatched engineering potential and flexibility for all tank utility applications. In this, the system anticipates future developments capable of further optimizing your business.
Entis XS is an open system with diverse interfaces to the field and to control, MIS and ERP systems. Depending on your requirements, virtually any server-client architecture can be implemented with Entis XS.
Entis XS: the only real integrated concept for advanced and total tank farm automation.
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View the product on enraf.com
Enraf Ltd
X-RAY - AXIS-3D®
The AXIS-3D® is a fully integrated stand alone x-ray inspection system designed for larger inspection tasks. With standard tunnel sizes of 40cm x 60cm and 80cm x 100cm (custom designs available to
order) the unit is designed for medium speed, medium-resolution, x-ray inspection applications. Standard conveyor design enables simple and rapid integration with existing production line facilities to provide an integrated inline inspection system.
Incorporating a number of unique technological features,
AXIS-3D® provides unparalleled imaging capability making it best in class in terms of image quality. Designed for both automatic and manual inspection AXIS-3D® can be offered in both conventional 2D and 3D (stereoscopic) configurations. Typically used in a stand alone application the AXIS-3D® provides the ability for you to see concealed features within your products. Employing novel dual-energy x-ray analysis (DEXA) detector technology developed by the company for the x-ray screening security sector, it is possible to differentiate between organic and inorganic materials such as between wood and metals; meat and bone; glass and fluids, etc.
AXIS3D® provides:
• Best in class image quality
• Fully integrated system supplied ready to go
• In-line inspection rates up to 30 metres/minute
• Resolution typically better than 400 micron
• Comprehensive application support
• 2D and 3D options available
• DEXA materials discrimination option available
• Automated fault detection options available
• Modular design for maximum flexibility and ease of upgrade
• Safe and robust – integral x-ray screening ensures safe and easy operation
Benefits include:
• Reduced product liability issues – 100% inspection
• High speed – continuous image collection does not require stop / start image acquisition hence maintaining production flow
• Cost effective solution – modular design of hardware and software enables rapid design of solutions to meet your specific needs.
• Improve customer satisfaction – 100% inspection ensures only ‘good’ products leave your factory gates
• Reduced production costs – identify and correct concealed faults on the production line
• Lower after sales support costs – identify potential faults before the customer does
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View the product on ish.co.uk
3D X-Ray Ltd
DSP IMAGE PROCESSING DEVICE MVS-35CF
The DSP (Digital Signal Processor)-based multi-processor and multi-tasking system MVS-35cf is now even more robust and enhanced by a compact flash memory drive. There is no compromise between PC and
accessories, and no intelligent camera where size is more important than function. Its concept was not evolved from "synergetic considerations", but in the heads of experienced developers on the basis of market demands and requirements.
The MVS-35cf is a stand-alone image processing system developed to use the advantages of modern double-speed full-frame cameras. Only 0.02 seconds are now needed to record the image of a component to be tested; in other words:if the mechanical conditions are satisfactory, it is possible to check at least 3000 specimen per minute. The MVS-35cf is able to record and evaluate a camera image at any time, i.e. asynchronously and independently of the video cycle; up to 50 times per second at full resolution. If two cameras are connected to the MVS-35cf, these can naturally be read out in a way that is determined exclusively by the time of the part arrival, simultaneously and asynchronously. As a result, it is now possible for the first time to check and measure two views of a product with one image processing system at the same time. Due to the fact that the MVS-35cf runs independently of the video cycle, the exposure time is identical to the integration time of the camera and the interference of light from external sources is reduced considerably in comparison with previous levels. The MVS-35cf has all the practical interfaces needed for automation applications: a data bus for communication with lighting systems, inputs and outputs for 16 sensors and 16 actuators, Ethernet (TCP/IP) as well as a special input for an incremental encoder are proof of the fact that all interfaces have been thought of. The visiTeach® software is stored in the fail-safe EEPROM memory as before. A PC compatible compact flash memory drive is provided for saving measured values, images or programs.
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View the product on visicontrol.com
Visicontrol
IMAGE PROCESSING DEVICE MVS-40/MVS-40NET DSP
The image processing systems MVS-40net and MVS-40 have an excellent cost effectiveness that satisfies beginners as well as professional users. Maximum technical possibilities with a low purchase
price distinguish both systems from the competition. The basic version of the MVS-40 series allows one camera to be used; if required, however, the devices can be switched over to operation with up to eight cameras, without being modified. Double-speed full-frame or line cameras can also be used. It is furthermore possible to read in the images of two cameras at exactly the same time and analyze them together.The devices MVS-40 and MVS-40net are operated with a supply voltage of 24 volts. In most cases, this conventional power supply is already present in the automation system.
If this should not be the case, the stackable system powersupply unit PS-40 is available. To cover the subject of lighting, which is elementary for (almost) every image processing system, the MVS-40 device series integrates a light controller with four lighting channels. This basic configuration allows many applications to be implemented without extra lighting electronics. The integration of the lighting operation system in the visiTeach® software of the MVS-40 devices is unique.
Programming and operating the MVS-40 series requires no additional hardware. The entire software and the parameters are located in a non-volatile memory. The visiTeach® programming language, which is similar to CAD, is self-explanatory, clearly structured and guides the user interactively to the measuring program. The MVS-40net has all practical interfaces needed for use in automation. An additional data bus for communication with the lighting system visiLum®, inputs and outputs for 16 sensors and 16 actuators, Ethernet (TCP/IP) as well as a special input for incremental encoders are proof of the fact that all interfaces have been thought of. A compact flash memory drive is provided for storing measured values, images or programs. Currently, memory capacities of up to 512 megabytes are possible, and the outlook points to higher capacities in the future.
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View the product on visicontrol.com
Visicontrol
