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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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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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The HandyPROBE™ arm-free probing system, powered by the C-Track™ dual-camera sensor, relies on a combination of advanced photogrammetry and powerful digital image processing. This unique duo generates high accuracy data, and increases the reliability and speed of the measurement process, whether on or off the production line.
The HandyPROBE is a 100% portable CMM that gives you total freedom of movement, and allows you to increase your productivity and quality significantly!
Applications
Inspection
- Part-to-CAD analysis
- First article inspection
- Supplier quality inspection
- Conformity assessment of 3D models against the original
parts/production tooling
- Conformity assessment of manufactured parts against the originals
- Manual and automated statistical analysis
- Multi-shot measurement (up to 30 points/sec.)
Benefits
Handheld, portable device
Total freedom of movement
Automatic alignment setup
Measurement Range Volume Extension
User friendly
Continuous calibration monitoring
Excellent ROI
Automatic data collection & report generation
Technical Specifications
Weight (HandyPROBE): 450 g (1 lb)
Dimensions (HandyPROBE): 204 x 159 x 97 mm
Weight (C-Track): 5.5 kg (12 lbs)
Dimensions (C-Track): 1089 x 174 x 119 mm
Measurement speed: 30 points/s
Single point accuracy: 25 μm
Volumetric performance*: 85 μm
Operating volume: 7.8 m3 (273 ft3)
Operating temperature range: 15-40 °C (59-104 °F)
Operating humidity range (non-condensing): 10-90%
Universal power supply: 100-240 VAC/50-60Hz
Certifications: EN 301 489-1, EN 301 489-3, EN 300 220-1
*Test methods in compliance with the ASME B89.4.22 standard
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High-accuracy 3D coordinate measuring machine
Leitz Micra
The Leitz Micra coordinate measuring machine is naturally predisposed for quality inspection of small high-precision parts. It unites high accuracy and exact single-point inspection with accurate scanning of surfaces and profiles. The miniaturized LSP-X1c high-tech scanning probe system provides Leitz Micra's foundation.
The Low Force Probing mode lets users inspect delicate surfaces. In this mode, minimal probing forces assure that filigree objects are gently inspected without damaging valuable surfaces.
In addition, the Leitz Micra has a small footprint and can be transported quickly and flexibly. The light-alloy frame specially designed for added rigidity, combined with the exclusive portal configuration of the Y traverse utilizing the TRICISION® architecture, optimizes the relationship between rigidity and weight. This way, the highest possible accuracy and outstanding long-term stability are achieved.
Leitz Micra has a measurement volume of 500 x 400 x 300 mm. Its volumetric longitudinal measurement uncertainty is 1,0 + L/400 µm. In addition, it can run either under the PC-DMIS or the Quindos software. It is particularly well suited for quality assurance in precision engineering and optics, the electronics and telecommunication industries, medical engineering, watchmaking and powertrain industries.
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The MICROHITE is thus a model of ergonomics and user-friendliness and precision. Recently marketing (January 2005) the MICROHITE exists in Manuelle version or Numerical control. Powerful software PCMDIS equipping the MICROHITE is common to all the range of the machines Hexagon Metrology. Its extremely competitive price at the head places the MICROHITE of the machines of measurement of its generation.
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The LAMBDA carries out the quadrature of the circle which consists in associating great capacities of measurement, a high rate of travel and an excellent measuring accuracy. One or more gantries ensure measurements on sizes of machine being able to reach more than 20 meters.
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Continuous development has made scanning technology an indispensable technical production factor. Bridge-type measuring machines from Carl Zeiss, with VAST® and Navigator® technology for example, not only ensure a high level of process stability, they also fit seamlessly into the rough production environment as a result of their sturdiness and compactness. You can read more about the classic PRISMO®, as well as smaller measuring machines such as ACCURA® and CONTURA® G2 here.
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The range of particularly wide machines TOTAL STATUS offers more than 60 models different in term from size (500 to 2000 mm), from equipment and environmental conditions. Certain models require a air-conditioned environment, others can evolve/move in a medium of workshop having variations in temperature of 15° and more. Capable of point-to-point measurements, with continuous scanning by contact or optics, machines TOTAL STATUS are equipped with powerful software PCMDIS common to all the range of the machines Hexagon Metrology.
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Metrotomography allows you to measure the interior of a workpiece: all recorded data can be applied to all areas of quality assurance and be evaluated. Non-destructive testing technology, such as assembly inspection, damage and porosity analysis, material inspection and defect checks, is possible as well as traditional evaluation, reverse engineering applications or a comparison of geometries. More on Metrotomography®, the fusion of metrology and tomography, can be found here.
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Description
The Dr. Heinrich Schneider Messtechnik coordinate measuring systems meet all of the requirements placed on high measuring accuracy, precise movement, easy operation and flexible use.
Their efficiency is due to a variety of factors: a stable basic unit, excellent optics, various probe and laser systems, flexibly usable sensors and a fast, universal control system. The sturdy granite construction guarantees a rigidity, and thus ensures the system's insensitivity towards mechanical and thermal influences. Contactless measuring scales guarantee backlash-free operation and high measuring accuracy.
The measuring stages are motordriven, the speed of the CNC control can be adapted to the respective function. Moreover, the measuring stage is electronically corrected in all axes; this calibration can be checked at any time and corrected if necessary. The telecentric optics and diode light - with programmable intensity and adapted angle of incidence - are specially coordinated to each other. This eases the measuring of complicated workpieces and even of pieces with low contrast - also in incident light.
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They are basically built for measuring rotation-symmetrical parts such as crankshafts, camshafts, gear shafts, drive and steering shafts.
Especially for the crankshafts and camshafts, all kinds of geometric elements can be measured: diameter, length, radius, oil bore holes, flange bores (lateral image), stroke length, stroke offset, stroke angle, symmetry, radial run-out, axial run-out, roundness, grooves, groove width, groove symmetry, and many more.
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Highly accurate determination of surface parameters, determination of contours and forms: with the different configurations of Contourecord, Surfcom and Rondcom measuring machines, Carl Zeiss offers a powerful line of measuring machines. Whether with a single instrument or a modular complete system, there is an ideal solution for every application. Find out more about the machines, configuration and performance features here.
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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 series TOTAL are in the top of the range of the machines of measurement with a couple speed and measuring accuracy hitherto unequalled. The capacities of measurement go from 700 X 700 X 700 to more than 3000 Misters. These machines can be equipped with new head LEITZ LSPx5 allowing identical measuring accuracy, to embark extensions big lengths.
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With PRO® and PRO® T, Carl Zeiss offers the universal measuring machines for the automotive and supplier industries. They are ideal for the initial batch of parts up to analysis – from the first sheet to the first tool, from the cubing model to a complete car body. The most important features: the very high speeds without a loss of measuring accuracy – due in no small part to the RDS CAA sensor carrier – as well as problem-free adjustment to changed production requirements. Read more here.
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Machines PRIMA Bi pin are currently the variation of MONOPIN Range PRIMA spearhead of the range of machine with horizontal arm HEXAGON-METROLOGY and are able to cover a great number of applications in Métrologie medium or Workshop. Of an extremely robust design around a structure out of cast iron and steel having received a specific surface treatment chrome hard, range PRIMA offers a robustness and an unequalled longevity.
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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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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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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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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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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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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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System for measurement and Inspection dedicated to the control of large products
Compatible with any type of parts (up to 1000x1000 mm) and materials (metal, plastic, rubber, wood, glass,...)
Runs with "ICM Suite", the powerful software suite dedicated to metrology, inspection and controls management
Flexible system, adaptable and open to your needs in terms of performances, optimization, and costs savings
Simple and fast procedure of triple calibration: mechanics, optics and zoom
Entirely automated and fast control (up to 60 measurements by second)
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PICO is the result of a completely new design of a measuring place near to production line.
The combination of high-precise guiding elements, solid and optimized machine structure, high-dynamic motors guarantees smoothly movement and optimum accuracy, even in the production area.
Ergonomic handling, user friendly software Inca-PICO allows to solve your measuring problems easy and reliable. A great number of options and interfaces are available.
This is an instrument made for controlling the quality of your products in a fast reliable way.
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Offers a full range of tools for your three-dimensional metrology
Multiple sensors for high precision, Vision, laser, Touch probe
Compatible with any kind of control: first part checking, process control, development, acceptance control
Selfteach-programming mode and full automatic control
Ergonomic two screens workstation
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CMM RAPID and RAPID-Plus
Coordinate Measuring Machines with a
range from 600/500/400up to 1.200/700/600
The Coordinate-Measuring-Machines from THOME Precision are characterised by the highest precision, durability and nearly maintenance-free operation.
All our 3D-Coordinate-Measuring-Machines are equipped with optimiced air bearing guides in all axis.
Thermal stability and high rigidity is reached by using the highest quality materials such as high precision granit guides or ceramics.
A Double passive vibration damping system is integrated in the each maschine supportframe. Additionally, all our CMM´s can be delivered with actic pneumatic vibration dampers upon request. This allows you to absorp even very low frequency vibrations.
All our Coordinate Measuring Machines are equiped with totally covered guides. This helps to protect the guides against dirt, damage and direct thermal influences.
High-dynamic servo-motors and highly rigid, low friction belt drives guarantee optimal positioning behavior. Because of these factors our Coordinate-Measuring-Machines are particulary suitable for scanning!
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The small TESA Micro-Hite coordinate measuring machine is unique in
more than one way. Being the missing link between the hand held tool and
the conventional CMM, this machine is also the only one of its kind that
offers such a favourable price/performance relationship.
Manufactured under the SWISS MADE label on our Renens-based production
site, each model is mounted in a dedicated assembly cell that meets the high
requirements for accuracy.
Besides a resolution to the micron, the MH3D is surprisingly easy to use as
well. Several versions are avilable to allow for optimum adaptation to the
User’s needs.
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Venture Manual Vision Systems
Baty’s powerful Fusion software is also available
with full 3D functionality for use with the Venture range of Vision systems.
The measured part can now be dimensioned in all three projections showing true 3D results.
ADDITIONAL AB3-V SYSTEM FEATURES INCLUDE:
*Fully dimensioned part view
*CAD import / export
*Profile scanning and best fit to CAD master
*SPC batch information including control charts
*Output to Excel™
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Advanced Measuring Multisensor fusion. Fully automated performance with rapid and precise inspection through synchronized CCD camera, TTL Laser, and mechanical sensors. All at reasonable savings
- Near Production Use.
Cost savings by production scrap reduction and through immediate results
- High Precision.
Minimizes measurement uncertainty, while maximizing your manufacturing tolerance window
- Rapid Measuring Speed.
Increases manufacturing confidence by rapid and repeatable measurements of significant sample lots
- Automation Ready.
Further reduce overhead cost by virtually eliminating system operator dependency
Features:
- Compact 3D-CMM
- For rapid optical and tactile 3D Measurements
- Optimal Price-Performance Ratio
- The economical Metrology for your Production Control
- Fast, stepless (1%) motor zoom for fast enlargements without recalibration
Application:
- Small 3D parts from a variety of materials (e.g., plastic connectors, watches, etc.)
- Big size 3D parts with complex features (e.g. metal or plastic housings or injection molded parts, medium turned parts, etc.)
- Flat 2D parts for inspection in backlight (e.g., punched parts, lead frames, etc.)
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