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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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- High-accuracy 3D fully-automated measurement systems with built-in auto-focus and edge-detection
- VisionGauge®'s advanced edge-detection technology produces sub-pixel accurate measurements, increases measurement repeatability and virtually eliminates operator-dependent measurement error
- Perfect for industrial production, quality control and laboratory applications
- Standard configurations are available "off the shelf" and non-standard configurations can also easily be accomodated. We can configure a system to meet your specific requirements
- These systems are built around the powerful and easy-to-use VisionGauge® software package, which means that they have a simple and intuitive Windows™ interface and include a wide range of fully-integrated tools for imaging, measurements, statistics, databasing, reporting and much, much more!
- These systems include a wide range of analysis and measurement tools to allow you to successfully solve a wide range of applications
- High-precision crossed-roller movements with built-in limit switches
- Encoder feedback is available with resolutions as fine as 2um, 1um, 0.5um, 0.25um and 0.1um
- Micro-stepping motor controller is capable of ultra-fine movements
- All axes can be controlled using either the external (3-axis, 3-speed) joystick or VisionGauge's® on-screen arrows. With VisionGauge's® intuitive "teach" mode, it is easy to create part programs. Programs can be saved to and retrieved from disk
- Manual configurations are also available
- Available with programmable computer-controlled illumination
- Available with zoom optics, either manual or motorized, or high-power microscope optics |
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter min./max. 5 - 1000 mm
- Internal work piece diameter > 12 mm
- Module min./max. (0,2) 0,5-25 mm
- Helix angle < 90 °
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 1200 mm, Y-Axis 550 mm, Z-Axis 1000 mm
- Distance between centers min./max. 50 - 1200 mm
- Type of Rotary Table H750/1500 (H750/3000)
( ) optional |
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter: min./max. 5 - 400 mm
- Internal work piece diameter: >12 mm
- Module: min./max (0,2) 0,5-15 mm
- Helix angle: <90 °
- Number of axes: 4
- Measuring precision according to: VDI/VDE 2612/2613 Gruppe I
- Axes travel: X-Axis 400 mm, Y-Axis 220 mm, Z-Axis 500(650) mm
- Distance between centers: min/max 20 / 650 (900) mm
- Type of Rotary Table: L300
( ) optional |
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter min./max. 5 - 500 (600) mm
- Internal work piece diameter >12 mm
- Module min./max. (0,2) 0,5-20 mm
- Helix angle < 90 °
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 500 mm, Y-Axis 320 mm, Z-Axis 650 (800) mm
- Distance between centers min/max 20 / 900 (1200) mm
- Type of Rotary Table L400 (L300)
( ) optional |
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The Hawk is capable of a wide range of applications, from manual gauging at high accuracy through to fully automatic measurements in 3-axis.
Accurate measurement of complex components is achieved using the high contrast, high resolution optical image, enabling enhanced surface definition for fast and simple measurement. Critical parts can be measured with confidence, ensuring your product quality.
The Hawk 5000 allows specific programming for accurate measurement, repeatability & reproducibility of a range of feature rich component parts. With the ability to measure in 3-axis and the added advantage of both optical and video configurations, the Hawk 5000 is versatile for measurig a range of components. |
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Optigo RE is a versatile 3D optical measurement system based on the unique white light stereo vision technology by CogniTens. Designed to withstand the harsh conditions of the engineering and manufacturing environments, the system demonstrates low sensitivity to structural vibrations. Its performance is not affected by changing industrial illumination & ambient lighting and does not require pretreatment of measured objects in most dimensional measurement applications.
Optigo RE provides manufacturing and quality engineers a comprehensive metrology feedback on:
- full 3D surfaces & geometries
- common manufacturing features
- various edge types
- other dimensions of interest
Integrated with the latest version 3.7 of its powerful software, Optigo RE streamlines the measurement process making it the fastest solution available. Using new processing methods and multi core computing technology Optigo RE demonstrates performance acceleration throughout all processes and capable to support real-time quality iterations or detailed studies.
The latest Optigo RE model incorporates new optical 3D textured light based measurement technology and software additional to the stereo vision technology. Optigo RE serves primarily as:
- A reliable shop floor measurement system for dimensional evaluation and qualification
- A 3D digitization system for closing the loop with product design & supporting advanced engineering studies.
Optigo RE allows generating high quality STL and point cloud outputs with emphasis on surface smoothness, tight geometry tracking, crisp closed features, etc. |
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Optigo
A portable and comprehensive dimensional measurement platform that supports critical product development, production engineering, and manufacturing processes for the automotive and other industries
Optigo is a portable, high-performance dimensional measurement platform used in engineering, production, and assembly processes on the shop floor. Compact for easy handling and access, Optigo’s design blends ruggedness with precise instrumentation. Its performance is not affected by vibrations, industrial lighting, or temperature changes. CogniTens’ patented technology guarantees fast throughput and superior accuracy. From prototyping to ramp up and launch, Optigo delivers a comprehensive solution for the full range of automotive metrology challenges.
Comprehensive Solution
Optigo was specifically designed for flexible operation in demanding engineering and manufacturing environments. Optigo is an industry proven robust platform which is accompanied by embedded software used for:
Planning and defining measurement programs
Guiding and executing the measurement programs using the Optigo
Real time analysis of measurement results
Generating and distributing standard and customized reports
Supporting reverse engineering activities
Optigo is especially suited for numerous applications in the automotive and aerospace industries such as:
Prototype Development & Quality Assurance
Die & Mold development and tryout
Hydroformed & Stamped parts validation
Assembly process development
Manufacturing root cause analysis during production launch
Intelligent Reverse Engineering
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Ruler E - Gigabit 3D for Tough Environments!
A complete new generation of Ruler is here - more than four times faster and with three times higher resolution than the previous generation. Now with ultra fast Gigabit Ethernet interface!
Ruler E is the solution for demanding 3D applications in any production line. It is designed to measure anything from logs in a sawmill to cars in the automotive Industry. Ruler E is intended for tough environment with a shield level of IP65.
Ruler E contains a laser and Image sensor assembled in fixed positions. It is calibrated before delivery to give you high quality 3D data. This in combination with .Net assembly technology gives you short development time and cost effective solutions.
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Optigo is part of our new generation of 3 Dimensional Measurement Platforms which were specifically designed for flexible operation in demanding engineering and manufacturing environments. Optigo is an industry proven robust platform which is accompanied by a dedicated software suite used for:
• Planning and defining measurement programs
• Executing such the measurement programs using Optigo 200
• Analyzing the measurement results.
• Generating and distributing standard and customized reports
Optigo leverages CogniTens patented technology and guarantees fast throughput and superior accuracy in key industry applications. The Optigo platform along with the CogniTens Dimensional Measurement Software Suite form today’s most comprehensive and versatile solution available.
Optigo is especially suited for numerous applications in the automotive and aerospace industries such as:
• Prototype development & quality assurance
• Intelligent reverse engineering
• Die & mold development and tryout
• Hydroformed & Stamped parts validation
• Checking incoming parts from suppliers
• Assembly process development & quality assurance
• Manufacturing root cause analysis during production launch
• Other applications
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Konica Minolta, the world's largest manufacturer of 3-D non-contact digitizing instruments, introduces the VIVID 9i. The most advanced and accurate of the VIVID line.
All VIVID products come with digitizing software that enables a user to select specific points on a target object to be viewed, modified, modeled, or scaled with ease. AND the VIVID supports a wide range of software systems including Alias Wave front/Maya, 3D Studio Max, Raindrop Germanic, Softimage, Lightwave, RapidForm 2000, VRML and more.
A variety of measurement modes can be selected to accommodate various applications. This eliminates the need for complicated settings. What’s more, the enhanced product intelligence simplifies measurement.
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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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A Machine¡G
NCG series is the latest generation of Moving style high accuracy high speed Coordinate Measuring Machine from LEADER¡Aat the same time highly stable and easy to use.
Design Characteristic
- Granite fixed worktable, all three axes are made of high performance granite, good temperature characteristic, have the same coefficient of thermal expansion.
- Granite worktable with high guide in X axis, eliminate the pitch and yaw ,also provides superior motion stability.
- Z axis air-balance with self-protection ,improve motion capability.
- Advanced synchronous belt drive system with non-slip and high stiffness, ensures high stabilit, lower noise.
NC351515 Performance Specifications
Measuring Strokes :3500 x 1500 x 1500(mm)
Resolution :0.2 (um)
Accuracy according GB/T16857.2-1997 equal ISO 10 360¡G
Volumetric length measuring error E =11+11L/1000umƒÍ
Volumetric Probing Error R = 12+12L/1000umƒÍ
Environment Specifications
Room required specifications
-Average room temperature: 18 - 22 ¢XC
-maximum thermal gradients:1 ¢XC/hour¡A2 ¢XC/day¡A1 ¢XC/meter¡A
-Air supply system
- (Min. air pressure) : 0.7 MPa
- (Min. air consumption) : 0.3 m3/min
Electrical requirements
- (Voltage) : 220 Vac „b 10%
- (Frequency) : 50 Hz
- (Current) : 10 A
Allowed Maximum Floor Vibration
- (Frequency Range): 0 Ĕ 19 Hz 19Ĕ75 Hz > 75 Hz
- (Maximum Amplitude): 0.0011 mm 0.0011Ĕ0.002 mm 0.002 mm |
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Features:
Particularly suitable for large components and high-accuracy work.
» Pneumatic counterweight for Z axis.
» Smooth and low-vibration motion in axes thanks to granite guides.
» Parallel drive of the two longitudinal axes, therefore no contouring error.
» Robust design with high load capacity.
» Brushless drive systems.
» Low air consumption.
» Wear-free data acquisition thanks to optoelectrical measuring scales.
» Resolution: 0.15µm |
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Optech's SHOALS Airborne Laser Bathymeters are a well-proven tool, used for hundreds of surveys in a wide range of applications. Based on the same principle as sonar, but using light instead of sound, SHOALS gather shallow water, shoreline and topographic (ground elevations) data simultaneously, integrating land and water measurements in the same data set. Depth and position measurements are accurate to IHO Order 1.
As well as surveying water depths from the air, and thus avoiding the time and access problems that bedevil other surveying methods, SHOALS can identify underwater objects as small as 2x2x2 metres resting on the ocean floor.
The SHOALS system combines a powerful, probing laser radar (lidar) and high-speed electronics on an airborne platform. Operating at altitudes of 200-400 metres, with laser spot spacing variable from 2x2 to 5x5 metres, SHOALS has a typical maximum depth penetration of 40-50 m in clear water, 20-40 m in coastal waters, and less than 20 m in more turbid inland waters.
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Optech's ALTM Airborne Laser Terrain Mapper acquires digital elevation data with accuracies equivalent to those of GPS, but thousands of times faster.
- High-resolution, high-accuracy, digital elevation data
- Day and night operation
- Independently geo-referenced intensity and elevation data
- Ranges to trees and to the ground beneath in a single pass: Simultaneous first- and last-pulse capability
- Rapid coverage and data output: 1000 square kilometres in less than 12 hours, with DEM data available within 24 hours
- Range measurements independent of target composition: Bright targets such as sand or snow give the same range as dark targets such as asphalt
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MEASURING: QUALITY CONTROL AND MANAGEMENT INFORMATION
You, like all our customers, demand ever higher production capacity, quality and accuracy. This is particularly important for standard size products which subsequently undergo further operations, such as welding, bending and/or punching, performed by robots or other automated systems
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As the leading manufacturer of machines for processing aluminium and PVC profiles, we supply matured solutions for different applications.
You have profile - we measure it !
Further Length stop and measure systems, like Length stop and measuring system manual, Length stop measuring system with hand wheel and Length stop and measuring system with electronic controls cover our product range. |
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Traditional angular contact ball bearing measuring devices still use manual or semi-manual machines: a low degree of precision is obtained and the process time is long. The Bussi contact angle measuring machine is extremely precise, reliable, fully automatic and fast. It combines electronics with top-level engineering and pneumatics. It features:
Data setting: a computer stores the bearing data it is necessary to measure and is input just once. Every time there is a type changeover, only the bearing code needs to be recalled, thereby avoiding error and time wasting. Storage capacity: 500 types of bearing.
Automatic measurement: it makes two checks simultaneously, the contact angle measure and that all the balls are present. Field of measurement: 0° to 89.9°
Precision and repeatability: precise to ± 0.2 ° with high measurement repeatability. This performance can depend on the level of precision achieved when the bearing is constructed.
Measurement speed: the process is extremely quick, between 14 and 17 sec, with a capacity of up to 257 pieces/hr. Maximum type changeover: < 4 min
Optional automation for lines
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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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A. Machine
- Miracle787 MACHINE
- RENISHAW UCC Lite Control System
- Calibrate Ball with Support Base
- User and System Manuals
B. Computer System
- Minimum configuration: Pentium ¥³3.0 GHz/512MB RAM/80GB Hard Disk/32MB Graphic Card /17¡ÈColor LCD Monitor/ Window¡¯s OS
- HP Color DeskJet printer
C. Software System
-Amereican Rantional DMIS software(for Windows XP)
DMiracle 787 Performance Specifications
Measuring Strokes :700(mm) x800(mm) x 700(mm)
Overall Dimension : 1600(mm) x 1950(mm) x3000 (mm)
Max part weight : 1000 kg
Resolution : 0.2 (um)
Accuracy according GB/T16857.2-1997 equal ISO 10 360£º
(Volumetric length measuring error) E =2.9 +4L/1000um
(Volumetric Probing Error) R = 3.0um
D. RENISHAW Probe System |
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• High-accuracy natural stone guides permanently ensure excellent measuring accuracy,
• Precision air-cushion bearings,tried and proven thousands of times, assure high measuring accuracy, reduce energy input, and guarantee smooth, low-vibration movement,
• Non-contact scale rules ensure low-wear, high-precision data acquisition on all axes,Resolution: 0,15 µm
• Can be equipped with active vibration damping systems,
• Pneumatic counterweight for Z axis,
• Digital motors. |
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| A large-capacity bridge-design multisensor metrology system, SmartScope® Flash™ 500 uses video measurement and a complement of sensors, including a new through-the-lens (TTL) laser, for complete part dimensioning. Its generous 500x450x200 mm XYZ measurement volume accommodates large parts with sub-micron precision. |
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| An automatic, benchtop, multisensor dimensional measurement system with fully telecentric TeleStar® 10:1 zoom lens, providing consistent feature sizes anywhere within the field of view, at any magnification. Uses video, touch probe, laser, and/or micro-probes to completely characterize a part in a single setup. |
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Our proven SOLO solution has been expanded by new software and calibration techniques. By adding an extra camera the total field of view has doubled to 70x320, opening up for a variety of new applications.
Short object-to-camera distances allow for easy setup in crowded environments and with excellent accuracy. Just point the cameras in the direction of the object to be measured and immediately capture 3D coordinates of the probe touch point.
New technology has allowed us to bring the price down to make it the most cost-effective portable CMM available in the market today.
Metronor has delivered portable CMM systems to the most demanding industries for well over a decade and proven that our systems will deliver superior accuracy where and when required.
- High accuracy on large objects
- No setup - just measure
- Handheld Wireless / armless / beaml
- Flexible and versatile
- Affordable capability
- Exceptional 700 field of view
- Unique solution for shaft alignment
- Ideal for narrow and crowded environments
- ess probing
- Tool certification within minutes
- Facilitating 100% assembly line up-time |
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| The new Omnitrac™ is based on the new T3-Laser Tracker and is substantially more compact than any other laser tracker on the market, thanks to its innovative construction principle without the need for active and complex temperature compensation. The thermal image testifies a homogeneous temperature distribution. Steering mirrors can get dirty, optical fibers can fail, however API doesn´t suffer from either of these issues thanks to the unique, on-the-shaft mounting of the laser head unit. The superior fully enclosed design of the Omnitrac™ permits measuring in almost any environment. Soot, oil, electrical interference, and extreme temperatures are no problem. |
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Metrology: Measuring machines, 3D scanners
