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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 professional printer available for documentation of readings and statistics
Data port for data transfer to PC
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Universal coating thickness gage working on the coulometic principle to measure virtually all types of electroplated single or multilayer coatings such as chrome, nickel, cadmium, brass, silver, tin and zinc on metal or non-metal substrates.
This technique simply involves the removal of a small, almost invisible area of coating material. The substrate itself is not affected.
More than 70 combinations of coating and substrate can be measured with the standard equipment.
Measuring range: 0,05... 75 µm
Statistical evaluation with display of mean value, standard deviation, coefficient of variation, number of readings, highest and lowest single reading. |
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OSPrey800 - A revolution in OSP thickness measurement
OSPrey800This instrument measures Organic Solderablity Preservative (OSP) thickness on the individual pads of real-time production boards. The ability to target individual pads allows specific quality control, failure analysis and troubleshooting of the OSP layer. The OSPrey800%u2019s unique non-destructive quality control technique requires neither test coupons nor sample preparation and significantly reduces the time needed to take measurements and operator error.
Other techniques for measuring OSP thickness are either destructive, labor intensive, or expensive. The OSPrey800 utilizes an innovative new technique in which various wavelengths of light are aimed at a sample and the light reflected from the surface of coating and substrate is analyzed to determine coating thickness. Typical thicknesses from 0.035-3µm can be measured and analyzed.
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21PlusTM is the ultimate measurement and control system and the highest performance gauging platform available to the industry. It incorporates the deep experience born of EGS CIMLine, Tracerlab, LFE, Soter and System 21 heritage and embeds it in a wholly new electronic package.
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With highly demanding requirements to maintain glass thickness in the micron and sub-micron ranges for many applications, only the most accurate sensors will do. Using special professional laser lighting and image processing software to extract thickness information from the image of the laser beam as it passes through the glass, accurate measurements are achieved in real time, with sensors able to deliver instant data throughput.
Our Glass applications division works closely with System Integrators & Original Equipment Machine Suppliers to deliver the most effective solutions for their particular sensor vision needs.
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High-precision thickness measurement on non-ferrous materials such as aluminium, glass and plastic components with complex shapes
high accuracy through sensor-integrated digital signal processing (SIDSP)
measures up to 10 mm, two detection with hardened probe tip available
menu-controlled user interface
context-sensitive on-line help
large, easy-to-read display
up to 20 data points per second |
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Portable ultrasonic wall thickness gauge manufacturers designed for measuring the thickness of all types of homogeneous materials of up to 225 mm thickness (steel). Delta TT 100 is used in many areas of industries such as refineries, in the chemical industry or in steel construction for measurements of containers, tanks, autoclaves manufacturer, cast parts, etc. It can also be used to monitor all types of pipes and pressure vessels for loss of thickness due to corrosion.
Measuring range 1.0 mm ... 225 mm
Transducer frequency: standard 5 MHz, probe diam. 10 mm
Sound velocity range: 1000 to 9999 m/s
5 preset sound velocities
Data memory for 10 readings
Robust design |
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ElektroPhysik's rugged thickness measuring family has been designed and built to satisfy the roughest industry conditions.
Measuring range: 0.63 ...500 mm/ 0,025... 19,999'' in steel, depending on material and surface
Velocity range: 1250 ... 10000 m/sec
Measuring rate: 4 readings per sec. for single point measurements or 16 per sec. in Scan Mode
MiniTest 405 with internal data logger, alarm and differential mode, RS-232 interface
MiniTest 406 additionaly with echo-echo mode: In order to inspect blind wall pitting and internal flaws, the gauge measures through painted or coated materials (measuring range echo-echo mode: 2,54 ... 25,4 mm / 0,1 ...1 ''). |
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OTS 50 the industrial thickness meter for sheet glass and acrylic panes.
The OTS 50 is a sensor especially developed for measuring on transparent, parallel and highly reflective surfaces. Directly aimed at the glass industry for on-line control of the production of double glass units, DGUs, also known as thermo windows.
The sensor is controlling thickness of the window units providing precision measurement of the thickness of one or more glass/acrylic panes. The measuring principle is based on total/direct reflection from one side of the object/window. The OTS 50 sensor is a very rugged and compact unit. All optical and electronic elements are contained in the sensor unit, this is a valuable quality for many industrial applications.
In addition to the competitive palette of ODS standard sensors and O2DS professional scanners, DSE design and customize special sensors to our customers needs. The OTS 50 is a good example of this appreciated DSE activity.
For further information please study the PDF/datasheet available at our website www.sensor.dk
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Cygnus MINI ROV MOUNTABLE
Multiple Echo Ultrasonic Thickness gage
The mini ROV mountable thickness gauge has been specifically designed to be mounted onto small inspection ROVs with or without a industrial manipulator facility. Designed in conjunction with VideoRay, the gauge will allow the operator to carry out thickness measurements in areas that have previously been unfeasible using large ROVs or divers, such as inside pipelines.
The unit is pressure tested to 500 m. Dedicated software professional displays the time, date and thickness measurements on the surface and all of these can be stored. |
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Simplicity:
Larger, easy-to-read LCD with menu-driven user interface
Instant automatic gauge setup
Two-button operation
Auto power-up on built-in probe gauges;
Auto power-down on all gauges
Average zero feature. Ideal for zeroing on rough substrates
RESET feature instantly restores factory settings
Instructions on back of each gauge
Rugged:
Wear-resistant sapphire probe tip
Solvent, acid, oil, water and dust resistant
Readings unaffected by vibration
One year warranty
Accuracy:
Certificate of Calibration showing traceability to NIST included with every
gauge
Exceptional accuracy as specified on Ordering Guide Page.
Matching calibration standards and procedures available for every gage.
Conforms to national and international standards
Versatility:
Mils/Microns/mm switchable
Easily adjustable to any known thickness
NEW - selectable display languages including: English, Spanish, French, German, Portuguese, Japanese and Italian
Backglow display for dim or dark environments
Three feature specifications are available. Basic (1), Standard (2), Memory(3)
PosiTector® 6000 are available for measuring:
Non-magnetic coatings on FERROUS metals (Steel & Cast Iron) "F" range.
Non-conductive coatings on NON-FERROUS metals
(Aluminum, Copper, etc.) "N" range.
Combination - ALL METALS above, etc. "FN" range.
Measuring Ranges: from 0 - 60 mils/ 0 - 1500 um to 0 - 750 mils/0 - 20mm are also available. |
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Simple:
Fast measurement of total coating thickness
Large, easy-to-read LCD with menu-driven user interface
Two-button operation
Ready to measure - No adjustment required to measure most coatings
Hand-held, battery operated (2 AA)
Durable:
Sturdy compact design is solvent, acid, oil, water and dust resistant
Rugged carrying case
One (1) year warranty
Accurate:
Proven non-destructive ultrasonic technique conforms to ASTM D 6132
Certificate of Calibration showing traceability to NIST included with every gauge
Versatile:
Mils/Microns switchable
Internal Memory stores up to 1000 readings
Continually displays/updates average, standard deviation, min/max thickness and number of readings while measuring
Flip Display enables right-side-up viewing whether the gauge is in your hand or on a table
Backglow display for dim or dark environments
Range* 1 - 40 mils 25 - 1000 um
Resolution 0.1 mils 2 um
Accuracy +(0.1 mils and 3% of reading) +(2 um and 3% of reading
Body: 137 x 61 x 25mm (5.4" x 2.4" x 1")
Weight: 170g (6oz.) without batteries
Conforms to ASTM D 6132
Gauge comes complete with probe, precision plastic shims, couplant(MSDS), durable carrying case, 2 AA batteries(MSDS), instructions, Certificate of Calibration traceable to NIST, one (1) year warranty. |
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| Thickness is an important process parameter for the prevention of tool or machine damage or to monitor product quality according to ISO 9000 in blanking presses, slitting lines, cut-to-length lines, scroll professional shears and other coil processing machinery. Continuous thickness measurement makes the monitoring of the cost of purchased material possible. ROLAND has single sensor measurement systems as well as non-contact dual probe systems available. The systems function according to the magnetic, inductive, or capacitance principles. Detailed measurement protocols according to SPC criteria provide objective information for negotiating with coil suppliers. |
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The professional 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 manufacturer of 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 industrial 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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| The measuring software SAPHIR makes this stereo microscope an universal, though manual 2D-microscope, state-of-the-art tool. Esspecially while making first samples, the WM1 in combination with SAPHIR takes full advantage of its strenghts and capabilities. |
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| The Verimet U1000 System is a Modular Automatic Universal Instrument (MAUI) designed to perform gaging, nondestructive eddy current testing, and other real time measurement supplier of data acquisition operations. The U1000 replaces all the eddy current and gaging instruments previously sold by K. J. Law Engineers over the years with a single modular instrument system having all their capabilities and more. The U1000 can perform eddy current testing from ultra-high frequency flaw detection to low frequency hardness verification and case depth prediction. Its gaging capabilities process input from LVDTs and Air Circuits to perform difficult dynamic measurements, and includes advanced filtering and spindle-compensation capabilities. The U1000 was developed using the latest hardware and software standards to allow it to integrate with other devices and systems and to evolve with emerging standards. |
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Measurement repetition accuracy from ±3 µm
Graphic user interface visiTeach® for creating and storing new inspection and test sequences
Easy and precise positioning of the specimens with universal holders (glass L and V rails)
Data provision for creating test reports
Suitable for use under workshop conditions
The specimens can be tested and measured according to the following criteria:
General presence check
Thread present
Thread root, thread lead, external thread diameter
Check for foreign parts and chips
Measurement of the external shape, i.e. length, diameter, area, chamfer, radii, thread, angle, grooves, cones, number of cogs on cogwheels etc.
Centricity test |
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| Scanning Frames are a critical factor in making a profile measurement. If the material is not presented to the sensor in an accurate and repeatable way, you will not be able to get the most accurate and repeatable measurement. This is why NDC places emphasis on engineering and producing the most accurate scanning frames in the industry. Our scanning frames' registration performance, coupled with our sensors' accuracy and repeatability, give you the most accurate profile measuring tool available. |
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