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Years of development and attention to customer needs have made Thermo Scientific Niton alloy analyzers the first choice in XRF technology, bringing lab-quality elemental analysis wherever it is needed in a field-hardened package. Now, in addition to superior positive grade identification and composition analysis of alloy/metal coatings and substrates, the Niton® XL3t offers the benefit of our coating thickness/coating weight measurement technology - providing an "out-of-the-box" nondestructive solution for gauging the effectiveness of coating and plating systems.
Fast and easy-to-use, the Niton XL3t 800 not only performs at line and plating bath solution analysis, but provides more accurate measurements than non-XRF technologies such as eddy current, magnetic induction, and Beta backscatter. You get precise, nondestructive multilayer coating thickness results in seconds. Testing at the plating line both increases productivity and improves process efficiency - no more over-coating or under-coating. What's more, the Niton XL3t is your answer to measuring large or irregularly shaped samples, as well as small-diameter wiring or tubing. Cutting samples for benchtop analysis are a thing of the past.
Typical applications are:
-Galvanized zinc over steel
-Zinc or zinc alloy over steel
-Hard chrome over steel
-Electroless nickel over steel
-Chrome/nickel/copper over steel, Zamak™ or plastic
-DACROMET™ coating over steel
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Portable X-ray systems made by YXLON are compact, low weight, constant potential X-ray systems.
The portable X-ray systems are extremely well designed for rough in-field X-ray inspection, but can equally well be used for applications in exposure rooms and in real-time X-ray cabinet systems. Our portable X-ray systems are optimized for industrial inspection purposes. Due to high frequency technology, the portable X-ray systems produce an extremly stable X-ray output. At the same time, the portable X-ray units are characterized by high ease of use.
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The XR 5 is a digital X-ray camera system of high sensitivity and high resolution in small, light, and ruggedized construction. The image converter screen is a high resolution X-ray converter foil converting X-ray radiation to visible light. The X-ray image is guided via a mirror and a lens to the CCD of a camera. This CCD camera contains a digital image memory, which is pixel-synchronous to the CCD. The camera can be exposed longer than the TV standard (20ms). This way the weak image from the phosphor screen can be accumulated on the CCD and displayed as a high quality X-ray image on a monitor. Due to its intelligent sensor the camera „behaves“ like a film. As soon as there is X-ray radiation the camera starts to expose, stores the image automatically and displays it continuously. The stored image is available on the laptop (or other displays) for further processing or analyses. Contrary to a classical X-ray image intensifier tube with a connected video camera this type of construction has only a slightly lower time resolution, but it is actually lighter, it needs no internal high voltage and it shows excellent performances with rugged applications.
Features:
- Digital system
- Software-controlled by laptop (camera & X-ray-source)
- Internal 12 bit processing
- Very good time resolution
- Software with image data base, image processing and measuring program
- PC-Laptop independent operation
- Prepared for the adaptation to manipulator vehicles40)
- Universal charging set for X-ray camera, source and X-ray generator
- Optional Wireless control and data transmission
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Special features:
Max. inspection area 24“ x 20“
Detail detectability of <2µ
Max. tube voltage of 100kV
Automated calculation of offset and annular ring width
Multiple-axis manipulation
Maintenance-free X-ray tube
Integrated noise suppression system
User-friendly image processing software
Easy and intuitive operation
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S500 Functional Tester
A flexible, scalable high-performance functional test system tailored to meet your exact requirements for Module and PCB test. Rapidly and reliably giving you a Pass / Fail decision on any electronic module or PCB.
Test results can be passed to the PinPoint PCB Diagnostic Test System for rapid identification of any failure.
Designed to use industry standard hardware and software, the system can be configured and expanded to meet your changing test demands today and re-deployed in the future.
o Fully Integrated Test Solution
o Flexible open architecture (PXI, VXI, GPIB, Boundary scan)
o Complete solution - from design to through-life support
o Easy to use software Environment
o Fully scalable from desktop to multi-rack system
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DE-F SERIES
Mask-less, New Matrix Beam scan method Suitable for general PWB process with excellent cost-performance
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The laser-line profile sensor, scanCONTROL 2800, makes use of the triangulation principle for two-dimensional acquisition of profiles on a variety of different target surfaces.
In contrast to familiar point laser sensors, a line optical system projects a laser line onto the surface of the object to be measured. The back scattered light from the laser line is registered on a CMOS array by a high quality optical system. Along with distance information (z-axis), the controller also calculates the true position along the laser line (x-axis) from the camera image and outputs both values in the sensor's two-dimensional coordinate system.
A moving object or a scanning sensor will generate a three-dimensional representation of the object.
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T-SCAN
The system is suggested for on-line measurement of the thickness profile in blown film extrusion systems with oscillating or rotating head and/or takeoff.
MAIN FEATURES
- Measuring range from 10 to 200 micron.
- Alarms and diagnostics in text format.
- Flashing alarm indicator (option available for stand-alone systems only).
- Provides the data necessary for quality assurance.
- Minimum maintenance required.
EASE OF USE
Easy to use , only input of the target thickness and tolerance values is required.
ACCURATE
- Measuring accuracy 0.1 micron.
- Accuracy in a range from 10 to 200 micron better than 2%.
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PROFILEMASTER®
Profile Measurement
In-Line Profile Measurement using «Light Section» Principle and Machine Vision
Outstanding Advantages
-Measurement of profile during the production
-Continuous process control
-High measurement accuracy
-Management of production machinery
-Clear display of the measuring values
-Complete data logging
-Quick Return of Investment (ROI)
PROFILEMASTER
The dimensions or even the complete cross-section of profiles made of metal, plastics or rubber must be continuously measured and monitored in the manufacturing process. Normally, samples are measured on a profile projector or similar apparatus and the results are registered. This method is involved and does not yield a continuous quality control. Furthermore it can be inaccurate because there are many steps in the procedure where an exact and careful handling is necessary. The optical in-line measuring technology using standard laser diameter gauges or CCD cameras cannot measure indented or concave parts of the profiles such as connecting rails, grooves etc.
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Powerful tool for improving laser-via-hole as well as drilled-hole PWB processes.
To 100% inspection of drilled-hole enabled by high-speed inspection
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Accuracy remained and shortened inspection time sharply. (HS)
Powerful tool for improving laser-via-hole as well as drilled-hole PWB processes. (HA/HT)
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COMPACT HIGH RESOLUTION DIGITAL RADIOSCOPY SYSTEM.
- Real time high resolution digital radioscopy
- Horizontal flat sample holder
- Motorized zoom axis
- Single image inspection of parts up to 24 cm long
- Very small footprint
- Ergonomic, fast and easy to use
Our equipements are customed-designed to best meet you needs.
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Building on the new range of Digital Ultrasonic Flaw Detectors recently launched by Sonatest Ltd, the new Railscan 125 has been developed specifically for use in rail testing market and is walking stick compatible.
Developed using cutting edge technologies the new Railscan 125 has been developed with the user and application environment in mind, meeting the Network Rail standard NR/SP/TRK/005 for Rail Testing Portable Ultrasonic Equipment.
Rugged, waterproof construction combined with superior battery life render this unit as being ideally designed for rail testing applications and harsh working environments. The transflective colour display is daylight viewable and now supports a larger display area, which is expandable for full screen viewing.
Software development has resulted in a new user orientated menu navigation system, broken down into four key areas: calibration, measurement, utilities and memory. The subtly redesigned user interface allows for faster parameter changes, providing unique Help keys for all functions and above all ease of use.
With improved overall performance, more robust casing and advanced software features the results will speak for themselves.
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Corrosion
Honeywell's SmartCET transmitters interface real-time corrosion measurement with process information to provide insights on the true economic impact of corrosion and methods to achieve improved process control and efficiency.
SmartCET Multivariable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information that enriches the information in a process knowledge system.
SmartCET Single Variable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information. The single variable version is factory configured to output one of two types of corrosion measurements, either a general corrosion rate or a localized (pitting) corrosion indicator.
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The patented Honeywell SmartCET® corrosion transmitter uniquely provides on-line, real-time corrosion information that enriches the information in a process knowledge system (PKS). SmartCET interfaces to a DCS or PKS using a 4-20 mA signal with a HART protocol, allowing legacy system and Experion customers to have a direct method to bring the corrosion data into their system.
SmartCET gives plant operators access to time-trended general (uniform) corrosion rate, which can be correlated with plant process information. Also, it provides an indication of corrosion modality (localized or pitting corrosion) detection. Localized corrosion is responsible for approximately 70 percent to 90 percent of all corrosion-related equipment failures.
The SmartCET transmitter is available in two versions: a multivariable version and a single variable version. The multivariable version outputs a general (uniform) corrosion rate, a localized (pitting) corrosion indicator and two additional corrosion variables useful for further analysis.
SmartCET deploys a proprietary and patented automated, electrochemical multi-technique. The techniques applied include LPR in combination with two more recently developed and quantitative techniques: Electrochemical Noise (ECN) and Harmonic Distortion Analysis (HDA).
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UNDERWATER TOPSIDE REPEATER
The Topside Repeater is available in case of poor visibility or when the readings need to be verified on the surface. Umbilical cable length is specified by the customer up to a maximum of 1000 m.
OPTION A
Palm held surface display repeater with large liquid crystal display and an IP65 sealed case.
OPTION B
Datalogging and remote display Windows based software. The umbilical is connected directly to the serial port of the PC.
(The PC is not included)
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Non-destructive thickness measurement of bituminous road layers or other elctrically insulating road layers according to the eddy current principle.
Measuring range: 0.. 40 cm, 0...10 cm or 5 ... 80 cm as an option
Data storage for up to 6,000 readings including site reference code
Portable data printer available for documentation of readings and statistics
Data port for data transfer to PC
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Handling and process cells
Rea Robotics designs and manufactures cells with the aid of robot control and quality control vision systems.
Analysis of various production processes:
• deburring;
• siliconizing;
• palletizing;
• forging press tending;
• CNC machine tending;
• transfer tending;
• plastic injection machine tending;
• automatic storage system tending;
• assembly.
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Valued throughout the world for their rugged versatility, Rovver® robotic crawlers include a distinctive modular design. The camera, control unit, cable reel and lighting are interchangeable on all three models, enabling a quick change from a 10 cm (4 in.) diameter to a 76 cm (30 in.) pipe in minutes with the same tool. Rovver robotic crawlers deliver full directional viewing in a horizontal pipeline with their pan-and-tilt or forward-only viewing color video cameras. Both cameras have remote adjustable focus, providing a clear view at all times.
Rovver 400
Inspect inside pipes with diameters ranging from 100mm (3.93 in.) to 300mm (12 in.)
Rovver 600
Inspect inside pipes with diameters ranging from 150 mm (6 in.) to 900 mm (36 in.).
Rovver 900
Inspect inside pipes with diameters ranging from 225 mm ( 9.0in) to 1500 mm (60 in.)
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Cygnus Heavy Duty
Multiple Echo Ultrasonic Thickness Gauge
A tough, rugged Ultrasonic Thickness gauge using our Multiple Echo technology, designed for use in demanding environments indoors or outdoors. The Cygnus 1 Heavy Duty is supplied ready to use as a complete kit in a protective carry case.
Features
• Heavy duty sealed unit - highly water / dirt / dust resistant
• Rugged construction - shock proof
• Stable calibration - linear accuracy - no zero adjustment
• Self verification of the measurements to ensure accuracy
• Various probe options
• Displays sound velocity settings
• Echo strength indicator to aid measurement
• Bright LED display with polarised filter
• Probe frequency selectable
• Low battery warning
• Metric / Imperial switchable
Applications
• Metal thickness monitoring on cranes, marine structures and conveying systems
• Corrosion checks on ships’ shell plates, bulkheads and structures
• Metal thickness safety checks on steam and pressurised water systems, transportable gas containers and compressed air systems
• Systematic wall thickness and corrosion monitoring of storage tanks and process vessels
• Quality assurance metal thickness checks
• Maintenance and safety checks on bridges and street lighting columns
For more informaiton please visit www.cygnus-instruments.com
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The Proforma 300SA is a semi-automated thickness measurement system for both semiconducting and semi-insulating wafer materials. Capable of handling 200 mm and 300mm wafers, the 300SA provides highly accurate, repeatable measurements of thickness, TTV, bow, warp, site and global flatness. Built around MTI Instruments' exclusive Push-Pull capacitance technology, the Proforma 300SA delivers full wafer surface scanning at the press of a button. User defined and ASTM/SEMI scan patterns are used to generate a full 3-dimensional image of the wafer.
Easy to Use....
The standard Windows® user interface makes the Proforma 300SA easy to use and set-up. Each measurement and machine parameter is selectable from a list of standard options. The control software has three levels of security, from a production environment to a full engineering analysis of wafer geometry. Customized data reports, as well as the ability to export measurement data to any spreadsheet add the ability to match the Proforma 300SA to your process needs
Wafer Specifications
* Diameter: 200mm and 300mm.
* Material: All Semiconducting and Semi-insulating materials.
* Surfaces: As-cut, Lapped, Etched, Polished, Patterned.
* Flat/Notch: All SEMI Standard Flat(s) or Notch.
* Conductivity: P or N Type.
* Wafer mounting: Bare Wafer, Sapphire/Quartz Base, Tape.
Measurements
* Thickness and TTV.
* Bow
* Warp
* Site and Global Flatness
Advantages
* Cost effective alternative to fully automated tools.
* Full 1000 uM Thickness Measurement Range without re-calibration. Extended range models available for thickness range to 1.7 mm.
* Standard Windows® User Interface.
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The Proforma 200SA is a semi-automated thickness measurement system for both semiconducting and semi-insulating wafer materials. Built around MTI Instruments' exclusive Push-Pull capacitance technology, the Proforma 200SA delivers full wafer surface scanning at the press of a button. User defined and ASTM/SEMI scan patterns are used to generate a full 3-dimensional image of the wafer.
The standard Windows® user interface makes the Proforma 200SA easy to use and set-up. Each measurement and machine parameter is selectable from a list of standard options. The control software has three levels of security, from a production environment to a full engineering analysis of wafer geometry. Customized data reports, as well as the ability to export measurement data to any spreadsheet add the ability to match the Proforma 200SA to your process needs.
Wafer Specifications
* Diameter: 75 mm, 100 mm, 125 mm, 150 mm, 200 mm
* Material: All Semiconducting and Semi-insulating including Si, GaAs, InP Ge, SiC
* Surfaces: As-cut, Lapped, Etched, Polished, Patterned
* Flat/Notch: All SEMI Standard Flat(s) or Notch
* Conductivity: P or N Type
* Wafer mounting: Bare Wafer, Sapphire/Quartz Base, Tape
Measurements
* Thickness and TTV
* Bow
* Warp
* Site and Global Flatness
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Blueye - A unique soft-wing UAV for civilian applications
Bluebird Aero System Ltd. has developed a unique, comprehensive, low cost, end-to-end solution for monitoring and protecting areas of interest. The solution includes the Blueye™ UAV that was specifically designed for military and civilian usages and a photogrammetric system (airborne payload and a ground station).
The system enables the supply of accurate maps and orthophotos within hours or days from order. Moreover, the maps may include specific required information like changes detection, altitude levels, etc. The technology automatically manages all the process from the imagery to the completed actionable products that includes imagery, maps, orthophotos, control points and a 3D stereoscopic model of the area of interest. The system provides those products independent of any previous geographic and photogrammetric database.
The Blueye™ UAV is a friendly and easy to use platform. Its unique capability to accurately follow a predefined route enhances the accuracy of the products. Moreover, Bluebird’s UAV can repeatedly cover specific areas of interest and thus supply a sequence of high resolution and accurate maps and geographic details of the same specific area at different time periods.
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Each panel is inspected by a camera system that is installed above the material flow. Defective areas are detected where the surface pattern differs from the normal (perfect) pattern. Each defective area is classified (characterized) in light and dark defects. The operator can easily change the parameters and sorting criteria.
The GreCon system is self-learning. It can distinguish between new patterns and known patterns. For known patterns, the stored image data is simply called up from a database at the beginning of a new order; the system is immediately operational. For new patterns, two successive panels are compared. If the deviations are smaller than the preset tolerance limits, these panels are used as samples. All following panels will then be compared with the new pattern. This procedure is very easy and takes only a few minutes so that the machine can be trained to any kind of pattern in a short time period.
Defects on the top surface of each panel are determined and can be represented on the monitor if desired. The quality is determined by evaluating the data, such as defect type, size and position.
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Surface inspection systems ELSIS
Inspection systems for sheet-type running webs. For process optimization in production lines or quality control at the machine entry or exit end.
Various systems are available to meet the characteristics of the given type of material, of the application conditions and of the task to be performed: for a higher return on investment thanks to better quality and higher productivity!
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Error spectrum
- Cracks and scratches
- Spirals, chatter marks and burn marks
- Pores, blowholes and scrapings
- Dull areas
- Polishing shades
- Impact damages
- Chromium plating error
- Simple handling and steady classification
- Error type classification regarding size, shape, position and any combination thereof
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EDIXIA proposes a wide range of inspection solutions to automotive manufacturers and to their suppliers:
Inspection of headlamps: photometry and headlamp aiming
Conformity of casting parts: engine and braking parts
Main benefits:
Reduction of expensive product returns
Rationalization of your excellence guarantee tools 100% and contactless inspection
Reliable and repeatable measurements
Easy to implement
Discover our products
3DCastE
3DCastB
CELIA & PHAREDIX
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The two twin-channel PME modules (MP85 and MP85DP) from HBM provide the optimum solution for monitoring press-fit and assembly operations.
Almost any commercially available transducer can be connected to the amplifiers which operate synchronously and in parallel. The industrial design and the standardized CANopen and Profibus DP interfaces, or digital I/Os alternatively ensure optimum connectivity to the automation environment.
Features and benefits:
Twin-channel amplifier
Comfortable integration into automation system via field bus interfaces
Intelligent signal conditioning and powerful algorithms for monitoring of the fitting process
Results can be saved directly in SPC format
Industrial design.
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The PRO Module was developed for the monitoring of assembly and test applications. Its electronics are housed in a compact enclosure that is DIN rail mountabel for easy installation. The Ethernet port allows for easy communication back to the Promess application software running on a standard PC. Multiple PRO modules can also be network to a central data collection point. The PRO Module is powerful yet simple to use making it perfect for monitoring assembly applications such as press-fit, staking, crimping or riveting. On the other hand the system is powerful enough to tackle more demanding test applications where accurate hight speed data collection and advanced analysis are reuqired. Promess provides the complete system including electronics, software, sensors.
Promess will assist in the design and selection of the sensors best suited for your specific application as well as in the initial start-up.
Features
- In-process quality verification
- Part traceability
- 2 high speed 24 bis analog inputs per module
- 1 encoder input per module
- Compact modular design
- Defined database
- Data export funtions
- Fieldbus options
- Auto calibration for sensors
- Diagnostics for setup and trouble shooting
- Network multiple systems
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TENSIONLESS INSPECTION MACHINE
FOR ELASTOMER FABRICS WITH RELAX BELT
Mod. ISR 220
The inspection, winding tensionless machine
ISR 07’ TENSIONLESS,
provided of axial or tangential unwinding for big rolls, it’, an excellent machine for the elastomer fabrics.
The fabric gently comes situated, in the form of small folding, on a conveyor belt, that allows it to relax and particularly as it regards the elastic materials to resume its own elasticity. An additional conveyor belt incline ® (Exclusive Patent COMATEX) accompanies the fabric, without altering its acquired stability, to the summit of the table of inspection illuminated, where possible to view and mark the defects eventually found.
Before the end phase of winding, a special software Comatex combined to the electronic sensor of tension, it allows to maintain results of relaxation and to get rolls without residual tension.
Technical characteristics:
•Inlet fabric from J-BOX with synchronization / Small rolls / Plait / Big rolls
•Relax conveyor belt
•Patent conveyor belt
•Inclined inspection table with rear light
•Up light
•Auto-centring winding unit
•Reading fabric tension with adjustment of the bad tensions
•Winding of the roll
•Adjustable compactness of the rolls
•ø500 mm diameter knitted fabric rolls
•3÷60 m/min. speed control without step.
Optional:
•Digital weight measuring system
•Automatic linear cut
•Wood or special light
•Comatex software for store all the faults
•Barcode labelling for more type of error
•Mark-fault one or more fault
•Doubling system in 2 or 4
•Packing system
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Inspection machines: NDT, Visual inspection, ...
