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These machines have the following features, in addition to the customary MORA quality elements:
» The machines are completely enclosed including the x-axis guidance system if required
» All machines operate in continuous, 5-axis mode, with the result, for example, that a total of fifteen axes are active for measurements in a coordinate system in the case of an underfloor system
» Travel speeds up to 850 mm/sec
» Guide rails fully hardened and chromium-
plated safety from rust, excellers mounted in special hardened bushes (bearings); smooth and safe running
» Electronic path encoding system (optical or - in case of coarse dust, etc., magnetic)
» Patented cable-breakage safety system
» High-dynamics drive systems with speeds up to 800 mm/sec.
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The Coordiante measuring machines DIMENSION and DIMENSION-TWIN were especially designed and constructed for use in harsh conditions where fast and percise measuring is paramount. Here only low-friction percision linear guides of the highest quality are used. Air bearings in combination with granit guides can be used when higher accuracy is required. As with all our CMM machines, the motors and guides are sealed. This helps assure protection from dirt, damage, and thermal influences. Highly dynamic, high quality servo-motors provide an exact and vibration-free positioning.
Our manually controlled machines have integrated handwheels, as well as easy to use fixation controls for all axis.
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The single frequency laser contains sophisticated electronics for stabilisation and to interpolate and count the interference fringes.
Each ML10 kit includes:
ML10 laser measurement head
Calibration certificate
Power cable
Data link cable
A separate interface is required to connect to your PC (see DX10 interface in Accessories section) plus appropriate software (Laser10 or QuickView are our standard packages)
Whilst the in-built power supply is auto-sensing, labelling requirements and options for long range (80 m) and quadrature signal output means you should check with your local Renishaw office before ordering.
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Two-frequency laser way measuring system ZLM 900-3D
Most efficient interferometers of its kind world-wide
heterodynes 3-Achs-Interferometer for position measurement, nodding and yaw angle measurement, triangulation
highly flexible calibration employment for all CNC Kalibrierparameter
max. Verfahrgeschwindigkeit 4m/s
Dissolution of standard 1nm (position), 0,01’ ’ (Angles)
Accuracy <50nm/m by highly exact temperature sensors
for notebook, PCI and PXI bus compatibly networkable
dynamic measurements to 4m/s
fast setting-up, - also in the area
Real time measurements of all 3 axles
expandable to 6 axles
light reflectors
to 40 MHz externally triggerable
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The LDM600 laser detector module is a fully equipped readout module for interferometric measurements. The visible wavelength of 600 nm enables easy adjustment of the laser
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Xtreme Measurement Range with the FARO Laser Tracker!
The FARO Laser Tracker X is a portable, contact measurement system that uses laser technology to accurately measure large parts and machinery across a wide range of industrial applications. It has a 70m (230-ft.) diameter range, achieves 0.025mm (0.001”) 3-D single-point accuracy, and is rugged enough for the shop-floor environment. The system measures 3-D coordinates with its laser by following a mirrored spherical probe. High-accuracy, angular encoders — along with XtremeADM — Absolute Distance Measurement, reports the 3-D position of the probe in real-time.
The FARO Laser Tracker Xi measures 3-D coordinates with its laser by following a mirrored spherical probe. The system can run in two modes: XtremeADM (Absolute Distance Measurement) and Interferometer; making it the most accurate and flexible Laser Tracker system.
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The FARO Laser Tracker ION™ is an extremely accurate, portable coordinate measuring machine that enables you to build products, optimze processes, and deliver solutions by measuring more quickly, simply, and precisely than previously possible.
Replacing conventional tools such as tape measures, piano wire, plumb bobs, and even theodolites - the ION is a more accurate and reliable portable 3D measurement tool that allows you to streamline your processes and gain confidence in your measurement results.
Using our extensive knowledge of real-world measurement applications, we were able to develop the most accurate laser tracker available while still making it simple and easy to use and maintain.
Customers have come to rely on FARO Laser Trackers in applications such as alignment, machine installation, component inspection, tool building and setup, and reverse engineering. Companies of all sizes rapidly see the benefits of implementing this tool and realize a complete return on their investment - in many cases within the first 12 months!
For more information visit: www.lasertracker.faro.com
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World’s Most Accurate Large Volume Laser Tracker
The FARO Laser Tracker ION is an extremely accurate, portable coordinate measuring machine that enables you to build products, optimize processes, and deliver solutions by measuring more quickly, simply and precisely than previously possible. The ION is the most accurate laser tracker available based on the most common types of measurement applications where the angular error of the instrument is predominant. It also features a longer measurement range, lighter weight, and contains the fastest, most sophisticated distance measuring system: Agile Absolute Distance Meter (aADM).
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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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Description:
LINEAR length measuring instruments from Mahr are ideal for use as setting and adjusting instruments in the manufacturing environment. They allow precise setting of internal and external comparators, internal precision measuring instruments, snap gages with displays and many other measuring instruments.
As an infitnitely adjustable measurement standard, the LINEAR series is also an economical alternative to setting gages.
The simple handling and short measuring time are key advantages.
A measuring force control feature can be activated to allow measuring results independent of the user for both internal and external measurements.
Based on the steel scale, the LINEAR series ensures reliable measuring results over the entire measuring range. Compatability with national standards means that LINEAR length measuring instruments are DN EN ISO 9000-compliant.
Applications :
- Setting measuring instruments with displays such as the Multimar 844T
- Setting two-point internal measuring instruments such as the 844 N
- Checking setting standards
- Checking calipers
- Checking inside micrometers
- Measuring cylindrical parts
- Measuring internal dimensions and bores etc.
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RT - 100 optional Package that can be used for the calibration of Rotary Tables and the Rotary aces of blots some to 5 or 6 Aces. The operating field is of 360° with increments until 10 degrees. Precision 0,2 second of degree arc (0,06 millesimi). Automatic compensation for the assembly eccentricity. Portable Versione.economica and to motorized manual or automatic drive with servocontrol.
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Mobile contact angle measurement on samples of virtually any size
In the field of quality assurance the demand is increasing for flexible instruments that can be used in the field and which allow tests on materials while processes are being carried out. The MobileDrop from KRÜSS closes this gap in the contact angle measurement field.
MobileDrop is operated with only one hand and permits measurements to be made on surfaces of virtually any size. Despite its small space requirements, a prism optics system ensures a sharp image of the drop contour. Drop deposition with different liquids allows the surface free energy and its polar and dispersive fractions to be determined in a short time. All components are contained in an ergonomic housing together with a USB camera.
The video image is transferred to a notebook which does the mental work: analysis of the drop shape and calculation of contact angles and surface energies with the software DSA2. An extensive substance database and comfortable tools for data administration are included.
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The AMPG permits rapid measurement of tubes and pipes in conjunction with laser tube measuring forks and FUTUREX TUBE software from ZETT MESS. The tube-measuring fork is slipped over the tube at the required measuring point. This interrupts two diagonal laser beams to generate a total of four switching points that are used to define the position. This tube measuring assembly can be used to measure all types of tubes and pipes ranging from the finest hydraulic tubes to exhaust pipes and even large pipes. ZETT MESS supplies tube-measuring forks in four sizes.
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Werth FlatScope FQ
- the new generation of high speed scanning :
- Design: High-grade matrix scanner with telecentric imaging optics.
- Measuring range: X=400 mm; Y=200mm
- Available Measuring Sensors: Noncontact - Werth image processing (IP) video sensor
- with fixed telecentric objective and
- high-resoluting CCD camera
- Applications: Time critical applications in shopfloor environment.Very suitable for production-integrated quality assurance of profile sections and stamped parts . Measurement of thin foils, printed circuit boards (PCBs), laser-cut and fine stamped parts.
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CL-2400 - Non-Contact Thickness Meter
The CL-2400 is designed for measurements on conductors, such as aluminum discs, and semiconductors, such as silicon wafers. Thickness is measured as the material under measurement passes through the gap formed between two opposing gap sensors. The CL-2400 can be used for static or running thickness measurements. BCD output, RS-232C interface, and remote control inputs are provided for external control, analysis, and measurement automation.
- Easy to read, large digital display.
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TUBE TOOL is a complete solution for non-contact measuring inspection of tubes.
The Romer sensor is mounted on the OMEGA arm and associated to G-Tube software. It uses a non-contact laser technology offering workshop operators a fast, reliable and user-friendly way to measure.
The non-contact sensor avoids deformation during tube measurement, and is specifically designed for measuring tubes, wires and hoses. Thanks to Romer technology, tangents are measured without contact with the tube, permit to calculate the neutral fibre (X, Y, Z) and to determine the LRA (Length, Rotation, Angle) or T1MpT2.
Advantages:
Designed to be used in bending workshops.
OMEGA 2025, the most economical system for multiple applications.
Easy to use and efficient G-Tube Software.
Different sizes of sensors (microprobe, 1 ", 3") adapted to the diameter of the tube.
Non-contact tube measurement to avoid any risk of deformity.
Quick and repeatable mounting.
No calibration required of the sensor before the measurement.
Indicator laser to assist during the measurement.
180° angle measurement compatibility.
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The AdData 'G' Plus is a revolutionary non-contact measuring machine for use specifically in the tube bending industry—to obtain data for bending machines and provide information for inspection purposes. The machine utilizes the latest 'G-Tube' technology for non-contact measurement.
In addition to its tube measurement capability, the AdData is equipped for use as a component development tool. A number of features are incorporated to assist in the design of new components including:
* Reverse tube
* Produce a mirror image
* Move bends
* Combine bends
* Split bends
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Due to the newly patented Colourmap™ scale system, the VµMaster does not have a conventional stage or encoders just a floating measuring camera that moves anywhere in the measuring range.
The result is fast, accurate, ‘non contact’ measurement over a much larger measuring range – 400mm x 300mm to be exact!
Because the camera moves and the part stays still, there is often no need for expensive and time consuming work holding devices.
*Large 400mm x 300mm measuring range
*Patented measuring technology
*Teach and repeat part programming
*Video edge detection
*Digital zoom
*Fully integrated system – everything is included: built-in PC, 19" flat screen monitor and printer
*Programmable segmented LED lighting system
*Motorised autofocus
*Image grab
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The FRT MicroProf® is a versatile and modular surface metrology measuring tool that
is suited for a wide range of applications. No matter what you are planning to measure, whether it is profile, roughness, topography or film thickness, this system is a true all-rounder. Most importantly, it is very easy to use, expandable, can be automated and provides instant visible results for a time - and
cost efficient operation.http://img.directindustry.com/images_di/2ai/visu-En.gif
Visualiser
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- Ultra-High-Performance Closed-Loop Scanner for AFM/SPM
- Compact Manipulation Tool for Nanotechnology
- Resonant Frequency 9.8 kHz
- Ultra-High-Precision Capacitive Feedback
- Parallel-Motion Metrology for Highest Linearity and Stability
- 50 Picometers Resolution
- 5 x 5 x 5 µm Travel Range
- Very Small Package
- Rugged Piezo Stage design provides highest precision and lifetime.
Ultra-High-Performance Piezo Stage Scanner/Manipulator for Nanotechnology
The P-363 PicoCube® XY/XYZ is an ultra-high-performance closed-loop piezo scanning system. Designed for AFM, SPM and nanomanipulation applications, it combines an ultra-low inertia, high-speed XY/XYZ piezo scanner with non-contact, direct-measuring, parallel-metrology capacitive feedback capable of 50 picometers resolution. On top of being extremely precise, the PicoCube® system is also very small and rugged. Measuring only 30 x 30 x 40 mm (30 x 30 x 26 mm for XY version), it is easy to integrate in any scanning apparatus.
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This piezo-electric scanner allows for high precision z-scanning over a large scan range, even at low temperatures.
- Environments:LT; UHV; magnetic field
- Motion:linear scanning
- Scan Range: 4.3 µm
- Resolution: sub nm
- Size: 15 x 15 x 6 mm
- Load: 50g
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The HandyPROBE™ arm-free portable probing system and the C-Track™ dual-camera sensor form a unique duo that generates high accuracy measures and increases the reliability and speed of the measurement process. This portable CMM has been designed and optimized to operate in “real life”, shop floor conditions.
Compared to other existing coordinate measurement technologies, the HandyPROBE 100% portable wireless CMM gives you total freedom of movement, therefore allowing you to significantly increase your productivity and quality!
Benefits:
_ Higher measurement accuracy
_ Faster and easier measurement
_ Greater, extendable measurement volume
_ Truly portable device
_ User friendly
_ Excellent ROI
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The FARO Laser ScanArm® offers numerous new and improved features and several advantages in conjunction with the new FaroArm® Quantum - making it unique on the market for measuring machines.
The FARO Laser ScanArm enables users to inspect parts in detail by capturing huge point-cloud data. Its open architecture enables the user to employ Geomagic, Polyworks, RapidForm and many other third-party software programs.
In conjunction with the right software, the FARO Laser ScanArm tackles all measurement tasks such as inspection, point cloud-to-CAD comparison, rapid prototyping, reverse engineering, and 3D modeling. Its main benefits are the exact scanning of reflective and dark objects - the biggest challenge for all scanning systems.
The FARO Laser ScanArm is compatible with the FaroArm Quantum, Platinum, and Fusion.
Advantages of the FARO Laser ScanArm:
» Up to 30% more accurate: Laser Line Probe up to 30% more accurate than previous model
» Improved surface scanning: Higher performance when scanning dark or reflecting surfaces
» Smaller & lighter: Improved ergonomics through 30% weight reduction compared to previous model
» Faster warm-up: 50% faster warm-up time compared to previous models
» Integrated 7th axis - Higher flexibility: No external electronics and fixtures
» Ergonomic handle: Easy to handle
» Cable-free scanning: The Laser Line Probe is compatible with FaroArm's Quantum Bluetooth® technology
For more information visit: www.laserscanarm.faro.com
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G-SCAN RX 2 is a 3D scanning probe for reverse engineering and inspection of complex forms. G-Scan RX 2 gives you minimum engineering downtime compared to all other traditional contact measuring tools.
G-Scan RX 2 is compatible with all Ethernet generation ROMER measuring arms.
G-Scan RX 2 is running with a standard 6 axis arm thanks to an integrating rotating axis inside the camera. Compatible with all existing reverse engineering and surface inspection software
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FARO Gage: Measure it Where You Make it!
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 “mountit-to-where-you-make-it”, truly portable, cost-effective, 3-Dimensional, minimal-training gages for machinists. The FARO Gage line replaces all conventional gaging devices with an expandable library of gaging tools. 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 temperaturecompensated, it allows anyone, anywhere to measure in 3-D with previously unheard of precision.
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FARO® Gage: Measure it Where You Make it!
FARO Gage, Gage Plus and PowerGage are high-precision, portable 3D coordinate measurement systems with a working range of 1.20 metres and a measurement accuracy of ±0.005 mm (±0.0002’’). A variety of attachment options enable rapid deployment directly at the workplace or in a processing centre. With FARO PowerGage, components can be measured and inspected based on CAD data, as well. The measurement system contains a powerful software programming module, as well as a player module for fast orientation.
Typical applications
Assembly inspection, geometry checks, on-machine inspection (OMI), part inspection, part-to-CAD comparison, surface inspection
Common industries
Aerospace, automotive, mechanical engineering, metal working, tool & mould making and other manufacturing industries
Highlights
very high measurement accuracy up to ±0.005 mm (±0.0002’’)
measurements right at the workplace
integrated power supply for cordless operation
internal counterbalancing makes operation with one hand possible
very easy creation of measurement sequence programmes (PowerGage)
outstanding price/performance ratio
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Designed exclusively for today’s machine shop, the six-axis ROMER Multi Gage is a portable precision CMM with a 1.2 m measuring volume. The new Multi Gage is used for dimensional control of molds, parts, tooling, castings, and more. Its quickmount system allows the CMM to be setup for on-demand measurement and inspection of parts or assemblies on your machine tool or anywhere on the shop floor.
New plug-and-measure probes: Using Swiss-made multi-wire connectors from TESA, the same type used on the TESASTAR-M motorized probe head, ROMER’s longstanding automatic probe recognition feature is now coupled with a highly proven, robust kinematic joint connection. The probes are automatically recognized and identified by the software – just like on a large CMM – with no recalibration of probes required when changing from probe to probe.
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Articulated FLEX Arms
Worldwide exclusive technology.
The FLEX combines 2 arms of different sizes in only 1 piece of equipment with accuracy required for each configuration. By selecting 2 arm lengths, FLEX will correspond to the right volumes and accuracy of the parts to be controlled. Fast and easy arm length (under 2 minutes).
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ROMER SIGMA - For a Precise and Simple Measurements
The SIGMA Arm completely matches all your metrology needs thanks to exclusive concept “MODULARM”: 10 lengths of arms available for measurement without limit. With the longest arm length available on the market, the SIGMA series exceeds the capabilities of other measurement equipment.
The SIGMA Arm offers total flexibility because of the wireless communication and is one of the lightest arms in its class. The SIGMA series provides total compatibility with all ROMER accessories and equipment (sensors with and without contact, laser digitalization sensors, numerical rails, VPS…).
Choose ROMER, the creator of the 3D portable measuring arms, and profit from a fast, intuitive measurement without constraints.
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Articulated SIGMA Arms
The SIGMA arm completely matches all your metrology needs thanks to exclusive concept "MODULARM": 10 lengths of arms available for measurement without limit. With the longest arm length available on the market, the SIGMA series exceeds the capabilities of other measurement equipment The SIGMA arm offers total flexibility thanks to the security of the wireless communication and is one of the lightest arms in its class.
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Metrology: Measuring machines, 3D scanners
