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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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Foster-Miller%u2019s CECIL® articulated robots were developed in the late 1980s under contract to the Electric Power Research Institute, Consolidated Edison and Public Service Electric & Gas to provide nuclear environment robotic inspection and cleaning capability within the tube bundle of steam generators used in nuclear power plants.
Using a flexible lance, the teleoperated robot allows access to remote steam generator locations. It uses 10,000 psi water jets to remove hard and soft sludge deposits while the operator remotely controls the operation via video feedback. The robot is installed through an inspection handhole in the generator and moves throughout the lower region of the tube bundle.
CECIL® articulated robots provide nuclear environment robotic visual inspection tools, contaminant sampling and foreign object retrieval in addition to cleaning. All operations are controlled remotely. CECIL® robots are designed to be operated in restricted high radiation environments by personnel in protective clothing.
Systems have been delivered and are currently used in nuclear plants in Japan, Korea, France and Canada as well as in the United States. We team with Westinghouse to provide CECIL® robot services to domestic nuclear utilities.
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Foster-Miller performs minimally invasive inspections of oil-filled power transformers with custom-engineered equipment of our own design. Utilities can use this service to diagnose incipient and actual faults in their transformers without undertaking the costly process of draining tens of thousands of gallons of oil and exposing the transformer%u2019s interior to damaging air and moisture.
Although there are many noninvasive methods for testing transformers, a visual inspection offers the most reliable, and often the only, way to evaluate the severity of problems that could result in costly equipment failure.
Our transformer inspection system uses proprietary minimally invasive technology to deliver a broadcast quality video camera and a powerful lighting system to any area inside a suspect transformer. Conventional video inspection systems do not have the lighting necessary to see through service-aged transformer oil, nor are they maneuverable enough to carry themselves over large, unsupported gaps or through difficult, serpentine paths.
We offer the in-oil inspections primarily as a service in the US and Canada in partnership with TJH2b, a well-known analytical laboratory that provides transformer diagnostic expertise to complement our inspection capabilities. We sell inspection systems to foreign clients for whom the service model is not economically viable. We also sell a %u201Cdry%u201D inspection system designed for substation inspection applications.
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The unfailing eye – testero vision.
Vision inspection of surfaces and outlines.
- Economical quality inspection
- Self-learning inspection system
- Repeatable inspection results
ixmation testero vision is an automatic vision quality control station, which inspects part surfaces within micron accuracy using a camera and the associated digital image process software. It inspects rotationally symmetrical precision parts such as medical screws, quality parts for automobiles, fine gears for watches, etc.
Whenever a surface must be 100% perfectly prepared, in order to ensure that the following processes and treatments succeed and achieve the highest quality, the ixmation testero vision is the automatic learning optical inspection system is the system of your choice – available as a stand-alone system or as a integrated part of a complete production system.
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The surface quality of a product - particularly in the automotive industry - constitutes an important criterion for the customer and is generally seen in close relation to the quality of the overall vehicle. Even inevitable disturbances at the early production stages prior to applying the paint work (e.g. in the press shop or body shop) may cause defects such as dents, bumps, sink marks, etc. which might not be visible to the eye while the vehicle is still unpainted. On a high-gloss paint surface, however, even the slightest irregularities are clear to see with incident light from the proper angle, and constitute a reduction in quality. Particularly the intense competition among manufacturers demands an increase in the surface quality in conjunction with continuously decreasing production costs.
The target freedom from defects is time-consuming and labor-intensive to achieve for automobile manufacturers. It is not 100 % possible through conventional means so that defects that have gone unnoticed during the production process generate very high rework costs. Now, the early and complete detection of surface defects with the effective ABIS II high-precision surface inspection system opens up new perspectives in quality assurance.
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Fault Detection, Surface Inspection
KW TRIO
Your demands for a reliable and flawless detection of extrusion faults and surface defects are ever increasing. This applies to extrusion, jacketing, enameling, drawing, and many other areas. For this reason the use of optical fault detectors ("lump detectors") is very popular. These photometric detectors are able to detect small lumps, neckdowns, and other defects on wires, cable, tubing etc., without being influenced by product parameters, line speed, vibration etc.
Important Features:
-3 times higher detection reliability (TRIO models) than conventional 2 axis systems
-Theoretically unlimited life expectancy
-Non-sensitive to stray light
-Flexible mounting concept
-Integrated air curtains for cleanliness of windows
-Defect classification and printout
-All data ports like RS-232, RS-422 and RS-485 as well as analog and PROFIBUS DP are available.
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Location And Inspection
* The RIDGID SeeSnake® is rugged and maneuverable.
* The NaviTrack II and the NaviTrack Scout are the easiest to learn and use. Ideal for those primarily locating sondes.
* SeekTech provides confident locating of utility lines.
* Best-built, best-backed cameras and locators on the market.
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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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Features:
Eliminates Damage to Embossing Rolls
Monitors the entire width of the embossed web as it leaves the embossing rolls
Alarm signal can alert operator, automatically shear the paper ahead of the embossing roll or automatically stop the machine
Uses up to three pairs (transmitter/receiver) of MICROSONIC® ultrasonic thru-beam sensors
Microsonic® Thru-Beam Web Sensing System
Web inspecting applications
This innovative sensing solution is applicable to industries that convert plies of materials into embossed napkins, paper towels, plastic-lined paper table cloths and other consumer products. The Model SS100 Web Sensing System uses MICROSONIC®, thru-beam sensors to eliminate the costly problem of broken plies wrapping around, heating up and damaging embossing rolls, as well as the resulting downtime required to make necessary repairs. False trips or no trips at all resulting from dusty environments, or problems associated with sensors not immune to changing colors and materials, are also eliminated.
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RAYEX®
RAYEX® is a highly developed system based on x-ray tomography. (Patents US 5 518 681, US 5 795 531, and CH 685 336 A5). During the extrusion process, RAYEX® measures the wall thickness, eccentricity, diameter, and ovality of multi-layer cables with XLPE and EPR insulation, multi-layer pipes with foam core, composite pipes, and multi-layer hose. RAYEX® systems have been in use for years on various production lines and processes with great success.
-Steam - or steam/nitrogen lines
-Catenary lines
-Vertical lines
-Horizontal MDCV lines ("long die")
-In Silane, Sioplast/Monosil processes
-In foam core pipe extrusion
Important Features:
-Measures thin semi-conductor and insulation layers down to 0.3 mm (.012 in.)
-Simultaneous and uninterrupted scanning in X and Y directions with highest precision
-High scan rate and screen update (every 1...3 s)
-Multi-colored, easy to understand display
-Automatic control, thanks to short measuring intervals
-High resolution and accuracy, thanks to "Micro Focus" beam and UMX x-ray source.
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X-ray Imaging for the Non Destructive Testing (NDT) market. More and more factories and research labs, faced with even stricter demands of quality and safety in all types of food and industrial products, are finding that non-conduct, non-destructive X-ray inspection is extremely effective in upgrading quality and safety since it detects tiny product structural flaws and foreign object contaminations - with no product damage whatsoever. Hamamatsu Photonics has a full line of X-ray sources and cameras for X-ray inspection of electronic components, industrial products as well as for a wide range of fields to meet needs in food
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The v|tome|x s is an ultra high-resolution CT system, equipped with a special image grabbing and processing software.
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Verimation Technology, Inc. is a leading manufacture of Ultrasound Test Systems for automotive applications. This method of Non-Destructive Testing is very accurate and reliable. Testing is performed by coupling short bursts of high frequency sound waves to the test part. The wave patterns are then analyzed and test results are generated. This method of testing can find internal flaws and analyze material properties without cutting or destroying the part.
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Laser Inspection
Winbro’s triangulation laser sensing provides a non-contact method of inspecting hole position on both metallic and coated components, following EDM or Laser Drilling and also feature measurement following HSM (High Speed EDM Milling).
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Inspection of glue bead dispensing
The products of Cordia range inspect the conformity of beads or glue application whatever their colour: extruded and fiberised beads and on all supports (sheet metal, aluminium, cast iron, glass).
The bead is inspected on all its length and for all the following characteristics :
- Continuity (glue lack or air bubbles causing interruptions)
- Width
- Position relative to references (distance to an edge, a hole... or position relative in the part benchmark)
- Height (3D configuration)
These functions are performed by a unique Cordia system.
Independent from the colour of the bead and the nature of the support
Robustness and reliability
Easy integration and implementation
Discover our products
Cordia F2D
Cordia M2D
Cordia M3D
Weld inspection
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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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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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HYDROZOOM equipment is intended to carry out a quick visual inspection of pipe work from a manhole.
It consists of a console with screen connected by a cable to a camera module.
The camera integrates a zoom feature and power LED lighting enabling the general condition of the networks to be quickly assessed.
. Pipe inspection Ø 100 à 1000 mm, from manholes
. Camera with optical zoom X 18
. Cable length 15 meters max.
. LED light
. Integrated batteries 12 V DC
. Photo and video memory card recorder
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3D PIPE DIGITAL VISION
Digital video recording of the entire pipe
3D navigation and pipe unfolded view on computer
Pipe Ø 150 to 600 mm
ADVANTAGES
Report and inspection analysis in the vehicle or at the office
Compatible with our inspection report software HYDROSCAN (EN 13508-2 standard)
Strongly built (axial camera)
Full pipe video recording in one examination
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The Evolutis range enables the video inspection of pipes that are 55 to 1200 mm in diameter.
Available in a portable version, the system is compact, evolutionary and uses the same camera tractor installations as the "equipped van" version.
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HYDROVIDEO has designed two reliable, portable systems that are completely autonomous for inspecting small diameter pipes
(HV mini and ball camera).
These systems are either intended for the connections of sewage networks or industrial pipes.
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Mini range
HYDROVIDEO has designed two reliable, portable systems that are completely autonomous for inspecting small diameter pipes
(HV mini and ball camera).
These systems are either intended for the connections of sewage networks or industrial pipes.
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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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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 nanotom® is the first 180 kV / 15W nanofocus® computed tomography system perfectly tailored to applications in materials science, micromechanics, electronics and biology.
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