Showing results: 46 - 59 of 59 items found.
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Elcometer Limited
*Oven Logger set up & programming*Paint/Powder parameter library*Product probe maps*Fully customisable inspection templates*Selectable probe/channel traces*Statistical analysis by probe/channel*Max, Min, standard deviation, coefficient of variation*Temperature profile, cure progress, histogram & individual cure value graphs against product*Time at temperature, time of peak difference*Time above maximum absolute & minimum cross link temperatures*Fully customisable inspection reports*Combined reports - coating thickness, gloss, adhesion, profile, climate, surface cleanliness*Report generator wizard & PDF generator*Email or export data*Import photo’s, data sheets, critical data, inspection notes, etc & include on inspection reports*Cloud computing - allows for cross site collaboration, including internal text messaging tool*Overlay temperature profiles, review and compare multiple oven profiles over time*Use additional data loggers for multiple channels or run overlays
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Variohm Eurosensor Ltd
Shear Beam LoadCells are designed for low profile scales and process applications. These loadcells should be mounted on a smooth flat surface using high strength hardend bolts. The mountaing holes are at the opposite end to where the cell is loaded. Some of the larger Shear Beam Loadcells use multiple mounting holes to allow extra bolts to hold them in place and keep them from stretching under the stress.
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Micro-Epsilon Group
Micro-Epsilon offers innovative measurement and inspection systems for the metals industry. Latest technologies are used for thickness, profile and surface measurements. Performance and quality, as well as reliability of products and services have made Micro-Epsilon one of the leading suppliers of inspection systems for optical thickness measurement used in the metals industry. Numerous, successful installations in 13 countries around the world in milling lines and processing lines speak for themselves.
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IF-Profiler -
Alicona Imaging GmbH
The If-Profiler is a handheld 3D roughness measurement system for high resolution measurement of surface finish. You measure roughness of flat and curved components with only one system. Measurements are performed both profile based (ISO 4287) and areal based (ISO 25178). The measurement system achieves flexible measurements and applications at high measurement speed. Various positions and measurement fields are traceably and intuitively measured. The IF-Profiler is also used to measure geometries with steep flanks and various coatings.
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3DM Serirs -
Park Systems Corp.
Park Systems has introduced the revolutionary Park 3DM Series, the completely automated AFM system designed for overhang profiles, high-resolution sidewall imaging, and critical angle measurements. With the patented decoupled XY and Z scanning system with tilted Z-scanner, it overcomes the challenges of the normal and flare tip methods in accurate sidewall analysis. In utilizing our True Non-Contact Mode™, the Park 3DM Series enables non-destructive measurement of soft photoresist surfaces with high aspect ratio tips.
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Leuze electronic GmbH + Co. KG
The CMS 700i 3D contour measurement system detects the length, width, height, deformations and position of any objects as they pass by, independent of their shape and surface. Even polybags are reliably detected. The complete system includes all components for operation and installation under one part number. In contrast, light section sensors record a height profile along a projected laser line. This allows objects to be detected with high resolution in multiple dimensions. The integrated functions range from presence control to edge measurement and 3D object measurement.
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GEA 3 -
PASI srl
Gea3 is a 24-bit real data acquisition seismograph in a waterproof container.This small, extremely lightweight instrument is equipped with 3 channels+one displayable trigger channel and is the perfect solution for a variety of applications: *DOWN-HOLE seismic measurements with the use of a 3D well geophone (such as PASI Mod.GFA or Mod.DHTG)*CROSS-HOLE seismic measurements combined with a 3D well geophone (such as PASI Mod.GFA or Mod.DHTG) and a P/S hole energizersmall-scale seismic refraction with surface geophones and 3-channel seismic cable*MASW and Vs30 profiles with a special triaxial geophone (like PASI Mod.3DLG - 2Hz)
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Teledyne Marine Impulse-PDM
When designing an underwater cable harness, there are some factors which need to be considered, and we have produced the following list as a guide for customer information:Component considerations:- Electrical requirements- Mechanical considerations- Quality requirements- Reliability- Design redundancy (contact count)- Connector selection (type and form)- Locking requirements- Backpotting requirements- Waterblocking in moldings- Cable specification- Cable jacket material and compatibility with elastomers- Abrasion resistance- Stiffness profile at termination- Connector format (straight or right angle)- Molding format (straight or at an angle)- Clearance allowance for molding and cable routing- Elastomer compatibility (eg oil filled units)- Metalwork selection re: corrosion and cathodic delamination- Surface finish for metalwork as appropriateOperational considerations:- Operating depth profile (not just max. depth)- Tensile loads- Torsional loads- Bending loads- Bend control requirements (to limit bending at termination)- Deployment and recovery loads- Dynamic loading-Flow turbulence effects.
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Teledyne Marine RD Instruments
Since 1997 Teledyne RD Instruments has been providing ADCPs that have proven in the field they can profile beyond 1000 m from research vessels traveling at speeds >15 knots and from offshore oil and gas platforms during exploration work. That same technology has now allowed us to create the Ocean Observer III 38 kHz ADCP. We have combined our field-proven 38 kHz phased array ADCP transducer with our field-proven electronics into a single package that is capable of profiling >1000m. This design makes it ideal to be mounted from an oil platform, over the side of a vessel, and in surface buoys.
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MLC SERIES -
Transducer Techniques, Inc
The MLC Series is our miniature high capacity compression only load cell/force sensor, featuring low profile compact size for a wide range of portable and dedicated applications up to 30,000 lb The load diameter is slightly convex for accurate load distribution. Low deflection through design results in ultra fast frequency response. The MLCs are designed to be mounted in a shallow machined flat pocket or smooth flat surface, either free or fastened via a bottom 6-32 tapped hole. These load cells are manufactured from heat treated 17-4 ph stainless steel. The sensing element incorporates bonded foil strain gages of the highest quality and are sealed for protection against most industrial Environments.
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AWA-0142 -
Anokiwave Inc.
The AWA-0142 is an active array for 5G wireless applications developed using planar antenna technology resulting in a very low profile, lightweight unit. The surface mount assembled antenna board is based on Anokiwave’s AWMF-0135 Silicon Quad Core IC and demonstrates the performance achievable using low power silicon integration and efficient antenna layout and design. Using the AWMF-0135, the antenna provides +60dBmi (1000 W) of EIRP. The electronic 2D beam steering is achieved using analog RF beam forming, with independent phase and gain control in both Tx and Rx operating modes. The AWA-0142 antenna leads the way in showing how 5G coverage can be rolled out by network operators using the mmW bands, with low power footprint and high energy efficiency, while meeting key operating specifications for data rate, latency, coverage, and reliability.
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AWA-0134 -
Anokiwave Inc.
The AWA-0134 is an active array for 5G wireless applications developed using planar antenna technology resulting in a very low profile, lightweight unit. The surface mount assembled antenna board is based on Anokiwave’s AWMF-0108 Silicon Quad Core IC and demonstrates the performance achievable using low power silicon integration and efficient antenna layout and design. Using the AWMF-0108, the antenna provides +60dBmi (1000 W) of EIRP. The electronic 2D beam steering is achieved using analog RF beam forming, with independent phase and gain control in both Tx and Rx operating modes. The AWA-0134 antenna leads the way in showing how 5G coverage can be rolled out by network operators using the mmW bands, with low power footprint and high energy efficiency, while meeting key operating specifications for data rate, latency, coverage, and reliability.
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AWMF-0129 -
Anokiwave Inc.
The AWMF-0129 is an active array for 5G wireless applications developed using planar antenna technology resulting in a very low profile, lightweight unit. The surface mount assembled antenna board is based on Anokiwave’s AWMF-0108 Silicon Quad Core IC and demonstrates the performance achievable using low power silicon integration and efficient antenna layout and design. Using the AWMF-0108, the antenna provides +50dBmi output power while consuming just 12W DC power in the RF circuits and has achieved Gb/s data rates in OTA trials. The electronic 2D beam steering is achieved using analog RF beam forming, with independent phase and gain control in both Tx and Rx operating modes. The AWMF-0129 antenna leads the way in showing how 5G coverage can be rolled out by network operators using the mmW bands, with low power footprint and high energy efficiency, while meeting key operating specifications for data rate, latency, coverage, and reliability.
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Hill Engineering, LLC
Fatigue engineering is subject to uncertainty, and data from well executed tests are used to validate conclusions made by analysis and to provide a basis for structural certification. Our staff have extensive experience in testing materials and components under slowly varying, static loads, and under rapidly varying cyclic loads. Tests under static loads are used to assess material properties or to assess the load-deformation behavior of structural components. Tests under cyclic loads provide time to crack initiation, time to failure, or measurements of crack growth over time. We have extensive experience in measuring fatigue crack growth behavior in metallic materials. Past programs have measured crack growth with microscopy and photogrammetry at the surface, cracked area with direct current potential drop, and through-thickness crack profiles with quantitative fractography. By assessing crack growth with a variety of experimental methods, we enable robust analysis validation for cases of complex cracking. Our capabilities in fatigue engineering allow for careful design of a fatigue test program. Whether the tests use constant amplitude loading or an irregular loading spectrum, we specialize in engineering the test that meet your needs. Much of our experience is in non-standard test programs, which require engineering to optimize the test setup. Few others match our capability and experience in fatigue test engineering.
