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AutoPoint DT is a fixtureless, gridless flying probe with a unique power-off impedance analysis measurement system. Excellent for Manufacturing Defect Analysis (MDA) testing and Field Return Failures.
Supplied as a Stand Alone System or integrated with the PinPoint II Advanced Diagnostic Test System System
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- Designed as an Ultra Fast Open / Short / Diode Drop tester for semi-con industry, where production testing of high pin count devices are involved and test time is critical.
- High speed testing at 2 seconds for 2 million test combinations.
- Can be interfaced to any type of test fixtures
- Multi-Site Test support for Strip or Multiple device test.
- 16 Opto Isolated digital outputs for handler interface, binning and PASS FAIL indicators.
- 16 Opto Isolated Digital Inputs for Operator console and handler interface.
- Opto Isolated Digital I/Os are fully programmable for timing compliance of various handlers.
- Fast turnaround time to test new products.
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- High density, low cost per channel
- Comprehensive laser diode protection features
- Supports simultaneous, multiple temperatures from 25°C to 85°C
- COC, C-mount, module, and customer proprietary packages
- Current ranges up to 20A
- Supports ACC mode burn-in and life-test
- Modular design allows flexible configuration and future expansionn
- Secure data management
Reduce your cost of test with the LRS-9550 high power laser diode life-test and burn-in system. With up to eight independent temperature controlled shelves supporting up to 512 high power devices per system, you will be able to run multiple independent tests, increase throughput, and lower your cost of test.
The LRS-9550's flexible design allows you to accommodate multiple package styles in the same system. The system supports ACC and LIV test modes with standard current ranges as high as 20 amps per device. For life-test applications, fixtures may be individually temperature controlled to provide temperature stabilities of better than 0.2°C from 25°C to 85°C.
The 9550's ReliaTestTM system control software enables you to get your tests up and running quickly. Multiple device types and test scenarios are easily configured without complicated programming. Careful attention to data management and fault mode handling ensures device protection and data integrity even through power black outs
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With the development of optoelectronic technology, laser diode has been one of the most important components. The Improvement of laser diode performance directly effect on the developing of optoelectronic technologies, and it highly depends on an advanced testing & analyzing system. Meeting the market demand, LD Characteristics Testing System designed by HTOE is a high performance, cost effective testing and analyzing system for laser diode characteristics.
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GE Inspection Technologies is a leading developer of eddy current instruments, testing machines, and sensors for industrial applications requiring surface and sub-surface crack detection and metal sorting. GE Inspection Technologies' non destructive eddy current testing equipment and solutions will meet the critical requirements of your unique application and deliver productivity, quality, and safety.
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Verimation’s Verimet® 7700 Portable Eddy Current Tester is a portable micro processor-based eddy current instrument for heat verification, alloy sorting, hardness inspection and case depth testing of ferrous metal parts. Versatile and accurate it offers improved capabilities for a wide range of applications. The instrument is compact, lightweight and battery equipped so it is very easy to use.
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The modular design is common to all systems: Host PC, measuring channels and interface module are separate from each other. The measuring channel execute the measurement and pass the measuring results to the Host PC whereas the interface module control the communication between Host PC and the equipment PLC. These testing equipment structures have resulted in very cost-effective solutions.
Applications: Quality control by non- destructive testing during the production of wires, cables, rods, bars, tubes and coils.
Material thickness: All metals
Measuring method: Eddy current measurement
Functional principle: When the material passes / transits the sensor, irregularities (welding faults like cracks, pores or circumferential faults) will be detected by changes of the eddy currents within the material.
Special features: Modular design based on the separation of measurement channels, interface module and Host PC.
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The widest range of low frequency transducers available for ultrasonic testing of concrete and other coarse-grained materials.
Low frequency transducers for ultrasonic testing of concrete and other course grained materials.
Shear Wave transducers (pictured above) are used in combination with compressional wave transducers to calculate Poisson's Ratio. The line of general-purpose compressional wave transducers feature robust PZT elements in stainless steel.
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The shearography technology is an interferometric test method with which damage or defects can be identified on components under load. This measuring technique even allows detecting deformations of only a few micrometers in size. Already a relatively low component load can thus yield unambiguous measuring results, which are mandatory particularly for NDT testing.
The test object is illuminated with laser light and observed through a CCD camera equipped with the so-called shearing optics. These shearing optics project the object image onto the camera chip twice; each object point is thus represented twice on the CCD chip. When the test object deforms under load, the laser light reflected by the component changes. By superimposing an image showing the unloaded object state with an image taken in the loaded state, the change of an image point can be determined. The optimum test load type (thermal load or pressure and vacuum load) for the individual component depends on the fault type and fault depth and is ideally determined before serial testing by trial measurements using sample components.
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Marposs non-destructive testing technologies offer solutions based on the eddy current method for 100-percent inspection of critical components required to meet today's safety and reliability concerns.
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Portable shearography (Q-810)
Non-Destructive Inspection
* Fast inspection of composite structures
* Field inspection
* Portable system
* Easy operation
The Portable Shearography System Q-810 is a fully portable and compact inspection system for fast inspection of components made from composite structures like aircraft fuselages and components, rocket shell parts, marine ship hulls, pipes, etc..
The system is fully portable and is designed for field inspection services. The Portable Shearography Inspection System Q- 810 consists of a vacuum hood with flexible sealings, which can be attached to the component to be inspected.
Inside the hood a vacuum up to 150 mbar can be pulled in order to stress the material underneath the hood. Any debonding or structural defect will be detected by the integrated shearography camera. The camera image is analyzed by the software package ISTRA for Windows® and displayed on a computer monitor and head up display.
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ETA™ physical test systems
Quality assurance with high precision
High productivity requires appropriate process equipment combined with efficient inline and offline quality assurance systems. In order to optimize the production process, which means balancing highest throughput and defined quality, precise measurements are of key importance.
AudioDev offers a complete family of ETA inline and offline measurement systems. Based on the core competences in Spectrometry and Laser Technology, the measurement systems generate the most precise measurements. Most systems are turn-key solutions equipped with state-of-the-art hardware and software modules, designed for easy operation.
ETA-systems belong to the most efficient and reliable process control systems installed at manufacturing facilities worldwide.
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This self-contained, PFI-type pulp beater subjects pulp to a specific beating schedule to process pulp prior to forming hand sheets.
APPLICATIONS
Pulp Preparation
SPECIFICATIONS
* Conforms to CPPA C7, TAPPI T-248 and ISO 5264-2.
* Paprican certification available.
FEATURES
* Integrated wash cycle
* Roll, bedplate and all external panels are 316
* Stainless Steel for easy cleaning
* Automatic raising and lowering of beater roll for safety and convenience
* Front panel LED indicators show control sequence status for convenient monitoring and troubleshooting
* All controls and sequences are on conveniently located touch pad control panel.
* Digital counter
* End of cycle alarm
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The Standard Sheet Former includes all of the accessories required to prepare 159 mm hand-sheets in accordance with the appropriate standards. This stainless steel device produces laboratory hand sheets to allow the test and evaluation of the physical properties of pulp.
APPLICATIONS
Pulp, Paper, Recycled Paper
SPECIFICATIONS
* Complies with TAPPI T-205 & T-218, PAPTAC C.4 & C.5, ISO 5269/1, SCAN C26
FEATURES
* Durable, 316 Stainless steel construction
* Polymer sump
* Manual stirrer and inlet valve
* Unique latch system that ensures a proper seal of the deckle
* Complete with grid plate, stirrer, couch roll, 2 couch plates
* White Water Return System available (option)
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Canadian Standard Freeness Tester determines the rate of drainage of a dilute pulp suspension and express it in terms of freeness. The rate of drainage is related to the work done on the fibre during beating or refining. Two models are offered: Wall mounted (brass), and stand model (stainless steel).
APPLICATIONS
Pulp, Synthetic fibres
STANDARDS
Meets TAPPI T227, ISO 5267/2, AS/NZ 1301, 206s, BS 6035 part 2, and CPPA C1
FEATURES
* Calibrated and traceable to industry standards
* Easy to operate
* Extremely accurate
* Durable, heavy construction
* Stand model is constructed of corrosion resistant stainless steel and Wall model is constructed of brass
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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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For complete pulp quality specification: kajaaniPulpExpert
kajaaniPulpExpert, a next generation automatic pulp laboratory, combines PulpExpert's fifteen years (and more than 150 deliveries) and Kajaani's three decades of experience, knowledge and close cooperation with customers in the pulp and paper industry.
kajaaniPulpExpert features a new design and latest technology especially created to meet the ever-increasing market requirements of both measurement precision and low need of maintenance. Its new, high-capacity shive and fiber module and further improved measurement modules fulfil the demanding needs of today's pulp and paper quality management.
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BT601 is a versatile Cable scan (diagnostic) & Wire Finder (tracing) tool, designed for cable/network system installation and network technician to diagnostic network problem.
Wire finding is BT601 major unique function where other cable checkers do not have, it can locate up to 3000m long wire/cable even in a complex PC network or telephone system.
BT601 also built-in LAN cable mapping function, to quickly diagnostic LAN cable condition and identify fault point.
Bright white LED torch and External Earphone support is BT601's value added function to enable service technician to work conveniently and comfortably in dark and noisy environment.
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QNImits is an innovative hand held test instrument, which uses the industry’s proven V-I Trace technique of learn and compare of Nodal impedances. Using this technique the technician only requires a known good board for comparison with a faulty one without schematics and functional details of PCBs. The known good board’s VI traces can be learnt and stored for future reference as well.
QNImits uses probe – reference to either on-line comparison of each node or alternatively uses external MUX switch and clips / adopters for multi-pin learn and compare.
QNImits displays the test results as VI trace, which shows the current against applied voltage in most commonly used graphical view. These trace formats help the user to easily understand the nodal behavior and interpret the results for quick diagnostics.
Using V-I curve traces one can detect a change in devices’ pin characteristics due to aging or damage caused by external forces. QSM VI mode uses all pins of the device as reference and hence able to detect leakages between pins as well.
This test technique works most of the time, because most of the failing devices shows a different response to VI trace unless there is no terminal failure.
The USB interface which comes as standard with QNImits helps in connecting to PC/AT or Laptop so that signature information learnt from Known Good Board can be saved for further verification and analysis.
Specifications
Fully user programmable VI trace drive patterns
Frequency from DC to 100 KHz
Source Impedance 100 Ohms, 1, 10, 100 KOhms & 1MOhms
Voltage selection: 1.5V, 3V, 6V & 12V
3.2” TFT Screen
Power : Battery or AC adapter
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Newly Enhanced Sensitivity
for tough to locate pipes and cables
- Single-handed operation
- 2 buttons, 2 knobs (too easy)
- Change frequencies from the receiver
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