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Optech's CMS Cavity Monitoring System is the ideal scanning solution for dangerous and inaccessible cavities. With wireless control using the included Netpad handheld computer and an extendable boom system, the CMS can go deeper and farther than other scanning solutions, all while maintaining operator safety. The unit is fully programmable, allowing the user to define scan parameters including elevation step, azimuth step and scan limits.
CMS provides efficient and accurate measurements of voids and cavities in underground mines. It can be inserted through boreholes as narrow as 25 cm (10 inches).
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Features:
- Reliable semiconductor-laser rangefinder technology
- Not larger or heavier than a conventional pair of binoculars
- Range up to 2000 m "reflectorless", up to 10 000 m with retroreflectors
- Resolution 0.1 m
- Short measuring time
- Display of the strongest target
- Adjustable short-range suppression for measurements under bad conditions (dust, rain, fog...)
- Built-in inclinometer for height measurement of objects and for horizontal path length calculation
- Display of the measured data within the sighting optics field-of-view
- Sighting optics' crosshair is coaligned with the measuring beam
- Built-in buzzer, which can be switched off for soundless operation
- Built-in standard batteries or rechargeable batteries "AA"-size
- External power supply 12 V DC
- External charger input
- RS232 data interface with NMEA or ASCII data string |
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| As automated processes are increasing in number and steadily being integrated into new industrial areas, the requirements for industrial sensors are also increasing. Special attention lies on quality, reliability and availability. Our industrial-use sensors are designed to allow easy integrability, but also to provide a maximum in productivity. Equipped with standard interfaces, they may conveniently be integrated into manufacturing lines or host systems. |
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VisionGauge® OnLine LASER profiling systems are complete hardware & software solution for fast, easy and accurate 3D measurements. These systems use fully-automated LASER profiling to carry out thickness measurements. With VisionGauge® OnLine LASER profiling measurement tools, Z-axis measurements can typically be carried out as quickly as regular (X,Y) measurements.
VisionGauge® OnLine LASER profiling systems have no a priori restrictions regarding the part geometry and they can deal with a wide range of 3D geometries.
VisionGauge® OnLine’s LASER Profiling tool is compatible with various 3D geometries.
LASER Profiling involves projecting one or multiple LASER lines at a specified angle relative to the optical centerline. You can then carry out height / depth measurements (i.e. 3D measurements) by measuring the offset of the projections on a (2D) image. |
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OPTODYNE'S MCV-2002 Linear and Angular Machine
Calibration Instrument calibrates CNC machine tools, CMM's
(Coordinate Measuring Machines), and other precision
measurement machines and stages. Angular, straightness and
flatness measurements can be made "onthe-fly". The unique dual
beam design provides a rapid means to measure the surface
flatness of surface plates, optical tables, machine tools, and
bearing guides.
OPTODYNE'S machine calibration instruments are based on
our proprietary and patented Laser Doppler Displacement
Meter (LDDMTM) technology. The total system is compact
providing easy, convenient storage and transporting. Easy set-up
procedures reduce overall machine calibration time, especially
where multiple axes are involved. This, coupled with a modest
initial investment, provides continual savings.
The MCV-2002 dual beam system design provides the user a
simple, easy-to-operate angular and linear capability in a single
instrument. It is like "having two interferometers in one". One
beam collects the angular data while the other beam monitors the
linear position. The user friendly software, running on a laptop
or notebook computer, collects and analyzes this data. The data
can then be displayed on screen or printed in tabular or graphic
form. |
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Characteristics
Position sensing (also of moving targets) up to a distance of 240 m. With reflector.
Type LE-200
Measuring range 0,2 - 240 m
Resolution (max.) programmable 0,7 mm
Accuracy (typ.) +/- 2 mm
Reproducibility (max.) /- 2 mm
Characteristics
Position sensing of quasi-static targets without reflector up to a distance of 65 m, with reflector up to 500 m
Type LLB-60 D
Measuring range
0,05 - 65 m without reflector
0,05 - 500 m with reflector
Resolution (max.) programmable 0,1 mm
Accuracy (typ.) /- 1,5 mm or /- 3,0 mm according to device type |
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Laser Measurement Systems - Outdoor
Those who want to stay one step ahead of the competition need to be quick, leand and efficient in crucial areas of the company.
SICK laser measurement technology plays an important role in this.
The Outdoor devices are mainly used in the following areas:
container handling
object protection
vehicle detection and classification
measuring bulk materials in bunkers |
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| A world class laser system for the volumetric calibration and compensation, squareness and straightness error measurement, and for non-contact circular contouring measurement |
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VMS510 Volume Measurement System:
a new dimension in certified measurement
- Compact volume measurement system for cuboid objects
- Certified according to OIML R129
- Highly integrated technology, thus no additional
evaluation unit required
- Open concept for integration in existing invoicing systems
- Service-friendly installation and commissioning
- Short MTTR through simple and rapid device
replacement
For volume measurement tasks at parcel services,
mail order houses and food wholesalers |
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SPRESCAN BTWS is a laser-based board thickness and width measuring system for transversal and longitudinal conveying. The system consists of a control computer and a pair of sensors.
The sensors , which are located above and beneath the board, are linked to the control computer and consist of two measuring heads each. They operate according to the triangulation method and they are distinguished by utmost accuracy.
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Features:
- Accurate & dynamic measurement of distance and speed
- Excellent performance and reliability; lightweight and stable metal housing
- Short high-energy infrared light pulses provide excellent interference immunity
- Measurements are fast offering update rates as high as 200 Hz / 2 kHz / 12 kHz
- Measurements can be taken through glass windows into sealed containers
- Narrow measurement beam with very low divergence provides excellent spatial resolution
- Measurements can be taken to almost any surface regardless of the incident beam angle or surface characteristics
- Measurements are unaffected by the temperature of the material surface and of temperature gradients in the medium between the sensor and the target surface |
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Features:
- The LD90-3-GF electronics unit can be combined with various optical heads to suit nearly any requirement.
- The optical head contains no electronics and is therefore extremely small, lightweight, inexpensive, high-temperature resistant, and insensitive against electromagnetic or ionizing radiation.
- The optical head can be operated in high-temperature areas as well as in high-temperature areas, whereas the electronics box can be remotely installed in a protected area.
- The glass-fiber cable provides galvanic insulation between optical head and electronics box.
- Installation as well as replacement of parts of the system in case of servicing requirements is easy and cost-effective. |
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| ... products without technical information |
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There is only one way to get ahead - advance.
The new FARO Laser ScanArm V3!
The new FARO Laser ScanArm V3 offers numerous new and improved features and several advantages in conjunction with the new Quantum FaroArm - 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 V3 tackles all measurement tasks such as inspection, point cloud-to-CAD comparison, rapid prototyping, reverse engineering, and 3-D modeling. Its main benefits are the exact scanning of reflective and dark objects - the biggest challenge for all scanning systems.
The new FARO Laser ScanArm V3 is compatible with the Quantum FaroArm, the Platinum FaroArm and the Fusion FaroArm.
Advantages of the FARO Laser ScanArm V3:
» NEW – up to 30% more accurate: New Laser Line Probe V3 up to 30% more accurate than V2
» NEW - improved surface scanning: Higher performance when scanning dark or reflecting surfaces
» NEW - Smaller & lighter: Improved ergonomics through 30% weight reduction compared to V2
» NEW – Faster warm-up: 50% faster warm-up time compared to V2
» 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 Quantum FaroArm's Bluetooth® technology |
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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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3D Laser Scanner- resolution of reverse project.
Put laser scanner head on Leader’s all kinds CMMs to make a Laser Scanner, cooperating with contact CMM, it can do high speed, high accuracy laser scanning and inspection, it make reverse project never so easy.
Function features:
1.high resolution, high accuracy, rapid non contact scanning
2.special filtration technology, measuring without effect of light
3.Small laser scanner head ,can be assembled on PH10, MH8, manual rod.
4.take standard ball as calibration tool, easyto calibrate
5.Can measuring any parts in the stated area.
6.Can change to any direction in 3 D space, measuring same part from any angle, realize the complete inspecting of complicated parts, measuring data from different angle can be integrated together. |
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| Economical, portable non-contact laser system for quickly scanning any part or surface to produce a high-resolution, three-dimensional profile. A variety of digital range sensors (DRS) are available to provide varying resolutions and capture ranges. Non-contact laser scanning with Cobra is perfect for non-destructive measurement of fragile or pliable parts. |
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| RTM's laser measurement systems allow the dimensional check of cylindrical objects through the evaluation and record of outer/inner diameter/dimension and of their overall length. Non-contact triangulation systems allow recording the distance of the workpiece from the sensor. Measurement is obtained by comparing signals of couples of opposed sensors to gauge a defined dimension By performing a vertical scanning through a controlled axis, it is possible to record the internal and external profile of the workpiece, along a complete cross section of the piece. By turning the gauge around the workpiece axis, it is possible to increase at will the numbers of sections to be measured, in order to detect contour defects (circularity, parallelism, ...). |
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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
it is of 360° with increments till 10 degrees.
Precision 0,2 second of degree arc (0,06 millesimi). Compensation
automatic for the assembly eccentricity.
Portable Versione.economica and to manual drive or
automatic with motorized servo control. |
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| ... products without technical information |
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