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SOLO System
A complete and truly portable measurement system consisting of a single sensor, a probing and a computer system.
The industry-proven solution has been fused with new technology and design to produce the 3rd generation Metronor portable CMM system. More accurate, more portable and even easier and faster to use than ever. New technology and innovations has allowed us to bring the price down to make it the most cost-effective portable CMM available in the market today.
Whether you are building the best possible aircraft, the highest quality car bodies or a new turbine blade you need exact measurements. Metronor has delivered portable CMM systems to the most demanding industries for well over a decade and proven that our systems will deliver excellent accuracy and functionality.
* Complete and truly portable: One box, 24kg, for complete system including computer and tripod.
* Extended probing capabilities including hidden features (450mm plus probe length).
* Operator friendly: Probing without beams, wires or arms.
* Fast and easy set-up and use.
* No warm-up, initialization or leap-frogging.
* No moving parts eliminate re-calibration.
* Can be upgraded to DUO and DUET system.
* Price/performance winner.
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FARO Gage: The "All-in-One" Machine Shop Solution
The FARO Gage and Gage-PLUS are the industry's first line of personal Coordinate Measuring Machines (CMMs). With their 1.2m (48") working volume, they are the "mount-it-to-where-you-make-it", truly portable, cost-effective, 3-Dimensional, minimal-training gages for machinists. The FARO Gage line replaces all conventional measuring devices. Save time and money by replacing your cluttered inspection area with the one tool that can do it all.
Bringing new power to in-process inspection and CAD-to-part verification, the PowerGAGE includes a high-powered, easy-to-use programmer module, no-train "player" module, and extremely accurate 4-foot measurement arm. Program it once and you're done, even directly use CAD data for nominal. It was designed by and for machinists to speed through measurement challenges and produce the most accurate results available. Shop-hardened and temperature-compensated, it allows anyone, anywhere to measure in 3-D with previously unheard of precision.
For more information visit: www.gage.faro.com
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DUO System
A complete and truly portable measurement system consisting of a dual sensor, a probing and a computer system.
Our industry-proven solution has been fused with new technology and design to produce the 3rd generation Metronor portable CMM system. More accurate, more portable and even easier and faster to use than ever. New technology and innovations has allowed us to bring the price down to make it the most cost-effective portable CMM available in the market today.
Whether you are building the best possible aircraft, the highest quality car bodies or a new turbine blade you need exact measurements. Metronor has delivered portable CMM systems to the most demanding industries for well over a decade and proven that our systems will deliver excellent accuracy and functionality.
• Complete and truly portable: One box, 30kg, for complete system including computer and tripods
• Extended probing capabilities including hidden features (450mm with optional Light pen).
• Operator friendly: Probing without beams, wires or arms
• Fast and easy set-up and use.
• No warm-up or leap-frogging required
• No moving parts eliminate re-calibration
• Can be upgraded DUET system
• High-accuracy and flexibility
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Features:
- Portable CMM measures at any location
- Instant tracking technology
- Large measurement volume
- Solid state operation with no moving parts
- Dynamic Referencing
Key Benefits:
Take control to reduce production stops, rework, and scrap
- Measure large objects at any location with a precision system that sets up in minutes
- Perform walkabout measurement without cables, linkages, or beam breaks using lightweight, operator-friendly touch probes
- Reduce multiple setups with the system's large measurement volume
- Measure in confined spaces with the system's small, adjustable footprint
- Measure accurately in unstable environments with Dynamic Referencing (near stamping presses, forklifts, vibrating machinery, etc)
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Laser tracker
LEICA ABSOLUTE TRACKER
We have built up a rock-solid reputation for designing and manufacturing absolutely reliable, robust laser trackers that find application in the most demanding environments, from factory shop floors to metrology labs. At first there was the SMART series, then the LTD500 generation, followed by the LTD700/800, and in 2005 we gave you the LTD640/706/709/840 family. In 2008, we are welcoming the Absolute Tracker.
At about 22 kg [48 lbs] and 62 cm [2 ft], the Leica Absolute Tracker enables easy one-person operation. A quick release mechanism securely locks the sensor onto the sturdy, heavy-duty tripod. You get the no-compromise stability that’s paramount for accurate measurements. Better still, the entire setup can be transported in the trunk of an average station wagon.
The Leica Absolute Tracker, just like its earlier Leica Geosystems brethren, relies on a technically sophisticated yet surprisingly maintenance-free internal design that allows it to run hour after hour, day after day, month after month without the need for any compensation whatsoever.
Depending on your measuremet needs, there are three Leica Absolute Tracker types available:
Leica Absolute Tracker AT901-Basic
Leica Absolute Tracker AT901-Mid Range
Leica Absolute Tracker AT901-Long Range
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NDI Optical Trackers are the centerpiece of NDI's suite of advanced portable coordinate measurement solutions, dynamic motion measurement machines, and handheld laser scanners. With real-time, high-speed target tracking and support for multi-object, 6DOF measurement, the Optical Tracker brings unmatched ease of use to inspection and reverse engineering.
The OPTOTRAK PROseries system is NDI's flagship portable metrology system. Specifically designed for the shop floor, our wireless, armless, and beamless system is quick and easy to set up, with a small footprint to address today's congested workspaces. Our highly customizable and scalable system has three measurement volume sizes and various configurations to address your specific price and performance requirements.
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Machines of measurement from which guidance is protected. this technology makes it possible to work in aggressive mediums of workshop, there or a machine of traditional gantry measurement quickly becomes inoperative
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The URM-K measuring instrument is a very flexible device to inspect profiled components, such as profiled shafts. The traditional place for the unit to be used is on the shop floor directly next to the production machine. This location is ideal for quick and reliable sampling inspections.
Some criteria and applications of the URM-K:
* Quick and precise determination of gearing features such as dimension, concentricity, roundness, individual and cumulative pitch deviation, helix angle.
* Diameter inspection for size, concentricity and roundness.
* Determination of locational deviations by referencing the gearing, diameters and surfaces.
* Highest precision by means of substitution method (calibration on setting masters).
* Flexible and versatile for use with all types of different workpieces.
* Link between production and inspection room.
* Very robust design, to be used on shop floor directly next to the machine tool.
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Features:
MarForm MFU 100 offers performance and possibilities in the reference class which in the past were only possible with much larger investments.
Thanks to its active air-conditioned cabin, the machine can also be used on the shop floor. Shorter distances and a faster intervention into the production process control reduce your costs and optimize the quality of your products.
A high degree of automation is achieved through themotorized centering and leveling table, which is a component of Formtesters, and the use of the motorized T7W probe.
Because of the complete separation of machine control and profile evaluation, the MFU 100 is easily expandable and ready for the future. The addition of other languages or special
evaluations is possible, as well as the implementation of new standards. The MFU 100 is already prepared for the use of new sensor technologies.
The MarWin software package offers all the features of a modern measurement and evaluation software. As a matter of course, impressive records and the electronic documentation on company networks are also available.
- Maximum measuring accuracy
- Software package MarWin
- Future-proof
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MicroTest 21
Concentricity measuring system
Automatic concentricity and roundness inspection system for ferrules and sleeves
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Features:
Measuring range up to 1000 mm in length, and up to 200 mm in diameter
Ultra-fast measuring technique due to triggered data acquisition by means of an ultra-high-resolution CCD matrix camera
Highly accurate measurement also of lengths by means of a focusing axis
Teach-in programming
Dimensioning is performed by clicking in the drawing
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The FRT MicroProf® Twist was especially designed for the
metrological measurement of cylindrical parts such as
axes, cam lobes, cylinder sleeves, bearing sleeves
(inside and outside), valve tappets, crankshafts, piston
rods and other similar samples. Measurement is auto-
matically performed using the combination of a high precision rotary axis and an additional linear axis.
The sensor is introduced to the part along the cylindrical
axis and then rotated for measurement. Since this measuring
system is capable of automated measurements, it can be easily
integrated for process control into your existing production lines.
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The HOMMEL shaftscan measuring machines have been specially designed for highly accurate and fast measurement of crank shafts and cam shafts. The machine concept offers an improved ergonomic handling with separate, height adjustable evaluation unit with high operating comfort. The unique reverse tension and clearance-free measuring system enables the measurement of fine waviness and therefore detects chattermarks. Both in the measuring room and in production the measuring machines reliably supply maximum possible repetitive accuracy, wear-free parts of lasting quality guarantee a long-term, profitable investment. With the graphically sophisticated Windows TURBO SHAFT software, programming times for new shafts can be reduced considerably. The clearly arranged result logs can be adapted individually.
Multi-talent for fast, high-precision measurement of crank shafts and cam shafts
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The flexible shaft measuring system MarShaft CNC inspects shafts automatically with highest precision directly in the production line.
- Automatic measuring process
- Highest flexibility due to nearly no change-over times
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HOMMEL TESTER C8000
The contour measurement system for demanding applications.
The exact measurement of workpiece contours demands high precision metrology in connection with an efficient evaluation software. The stationary contour measurement systems from HOMMEL-ETAMIC combine both requirements and therefore offer reliable measurement results with simple handling. Evaluations of distances, radii, angles or nominal/actual profile comparisons also takes place automatically if necessary and thus guarantee reproducible results without operator intervention. With the CNC option the whole measuring process runs fully automatically and requires much less time than a manual measurement sequence.
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The new generation of combined roughness and contour measurement systems. The MarSurf XCR 20 is ideal for combining contour and roughness depth evaluation. The roughness software and contour software each have their own user interface. MarSurf XCR 20 is Mahr's top surface measurement system and enables even semi-automated operating sequences such as measuring stand positioning (ST 750 CNC) to be performed with ease.
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Features:
- Simplest to use roundness gage on the market
- Touch Screen user interface
- No keyboard or mouse required
- Precise and fast measurement results
- Mobile due to its low weight and convenient size
- Fast workpiece alignment thanks to computer support
- Centering and tilting screws for rough and fine adjustment
- Suitable for use in workshop since no compressed air connection is required
- Encoders in X and Z feed position directly to the sw (MMQ 100 PLUS)
Application :
- Roundness (also in a sector)
- Flatness (out of one circle)
- Concentricity
- Coaxiality
- Radial run-out
- Axial run-out
- Circular parallelism of top and bottom faces
- Harmonic Analysis
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Features:
MMQ 400 can be used in all circumstances for comprehensive workpiece evaluation to DIN ISO 1101. High-precision Z and X measuring axes make it possible to perform any form measuring
task. There are versions of MarForm MMQ 400 for
- High-precision workpieces
- Unusually long workpieces
- Large and heavy workpieces
- Use in production environments or the precision inspection room
You can select between a variety of modules which can be used to customize the MarForm
MMQ 400 to your precise requirements:
- Motor-driven or manual centering and tilting table
- Vertical axis (Z) with measuring length of 500 mm/19.7 ' or 350 mm/13.8 "
- Horizontal axis (X) measuring axis with length of 180 mm/ 7.1 " or 280 mm/11.0 "
- With digital linear scales in X and Z axes
Description:
The MarForm MMQ 400 is available as a 'semiautomatic measuring station' with a manual centering and tilting table or as a 'fully automatic measuring station' which is conveniently fitted with a motor-driven centering and tilting table and the T7W probe. This makes it possible to test parts with high precision without operator intervention. The Marform MMQ 400 Formtester can be used in all applications for comprehensive workpiece evaluation to DIN ISO 1101.
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TAB2 model is a measuring system equipped with a camera to be mounted on board machine, capable of measuring both spring length and diameters coil by coil. Besides, the system interacts with the manufacturing machine to correct both length and diameters. It is equipped with a PC based on Windows XP and Excel. All the results are stored, thus allowing to obtain statistics and to print customizable certificates.
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Inspection systems for surfaces in cylinder bores
- fast, reliable testing of fine-machined surfaces of cylinder bores
- can be used in development in the laboratory and in production
- evaluation of the complete surface by scan with a compact measuring probe
- enables a number of optical measurements at any position in the bore
- tactile testing of the surface roughness with all standard DIN and ISO parameters possible
- determination of honing angle, valley structure and radius of curvature
determination of the size of silicon crystals, blowholes and other flaws
- simple operation with only a few function keys
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Description:
Measuring projectors are equipped, along with optics, with an internal edge sensor which guarantees operator-independent measuring results. With a repeatability of +/- 1 µm and a sturdy and temperature-stable construction, measurements are more accurate so that these projectors are even suitable by small tolerances.
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ArmTube and G-Tube : the latest technology in non contact measurement.
Non contact infrared and laser technology for no tube deflection during measurement.
-Simple and double precision measurement
-Works with 180° bent angles
-Option to move tube during measurement
-Cost effective solutions: no more expensive masters needed
-Minimum down time for new tubes in production
- User friendly software interface to measure quickly bent tubes
-Communication with many existing benders
The quick non-contact measurement solution for the inspection of bent tubes in your work shop.
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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 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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i-Nexiv VMA-2520
The iNEXIV VMA-2520 is a new multi-sensor measuring system that’s lightweight and compact enough to be used in the factory on the bench top, with fast, fully automatic and high accuracy features that make it ideally suited for a wide variety of industrial measuring, inspection and quality control applications. The iNEXIV is designed to measure 3D workpieces, is touch probe ready, integrates the latest imaging processing software and incorporates a new 10x optical zoom system and Laser Auto Focus option.
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Vision Engineering’s Falcon incorporates over 50 years of proven optical experience, in a high accuracy 3-axis non-contact video measuring system. Packed with technical innovations, Falcon delivers high accuracy measurement results in a compact footprint, yet is suitable for both shop-floor quality control and manufacturing inspection applications.
Falcon provides fast and accurate 3-axis measurement of both routine and complex precision component parts. From simple, single-feature operation to multi-point video edge detection measurements, Falcon combines amazing simplicity with high accuracy and repeatability.
The simplicity of Falcon allows consistent results to be obtained no matter how many operators use the system, so you can have complete confidence in your results.
The powerful and intuitive touch-screen video microprocessor is suitable for both multi-user shop-floor use and advanced manufacturing inspection applications.
A high precision NLEC-calibrated* measuring stage ensures accurate results in X & Y axes, with unique camera iris control and SLEC† calibration ensuring accuracy and repeatability of Z-axis results.
From the start, Falcon was designed to fit your budget without compromising quality. Expect to pay more for other comparable accuracy and specification systems.
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Base MA 331ES
- Co-ordinate table MA 143-5, range 50 x 50 mm
- 2 digital micrometers Sylvac
- Zoom-optic MA 705-Z1 with CCD colour camera
- LED incident ringlight MA 114-029-14
- Measuring software Metric
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Manual Type Vision Measuring Machine Quick Scope:
- Color CCD camera
- Auto-focus is provided (QS-L/AF)
- For detailed information, leaflet is available on request.
2-D Manual Type Vision Measuring Machine Quick Image:
- Field of view 32 x 24 mm Long depth of focus /-11 mm
- 1.3million pixel Digital camera & Digital zoom
- For detailed information, leaflet is available on request.
CNC Vision Measuring Machine Quick Scope:
- Program control zoom lens
- Color CCD camera
- For detailed information, leaflet is available on request.
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If you work for a company that
* creates or posts video and audio content
* distributes video or delivers it to the viewer at home
* designs or manufactures professional or consumer video equipment
* provides engineering support to any of the above
Tektronix can provide you with the most comprehensive range of test, measurement and monitoring tools for digital video/audio. Our solutions are designed to provide information, not just data, to help you protect video quality, prevent failure, and solve complex digital video problems quickly and efficiently.
Tektronix' See and Solve™ capabilities deliver precise, reliable information that can be counted on to preserve signal integrity as well as deliver industry leading quality.
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Metrology: Measuring machines, 3D scanners
