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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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O2DS Scanner measures where others give up - think of hot rolled steel.
The O2DS scanner is an optoelectronic unit for non-contact precision measurement in two dimensions, developed for 2D- / profile-measurement in all kinds of industrial applications.
The O2DS is a laser scanner of the Flying Spot type. The measurement is performed by oscillating the triangulation plane over an angel up to 50°. A fine focused/collimated laser beam is diffusely reflected from the surface of almost any kind of object, and a CCD-camera records the image through an objective.
The measuring frequency is 2 kHz. Different scanning angels can be combined with four different measuring ranges. The smallest range covers 80 to 180 mm and the largest 380 to 1080 mm. The smaller the measuring range is, the higher the resolution will be.
As well as the ODS sensors, the 02DS scanner can be delivered as HT (high temperature) models for measuring on objects with surface temperature up to about 1200°C. Used under such conditions, precautions must be taken to protect the scanner from the heat.
Scanners can furthermore be customized to other than standard scan angels and measuring ranges.
For more detailed information please study the PDF/datasheet on our website www.sensor.dk
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Cobra 2D is a portable laser scanning system that provides high resolution linear profiles. And since it uses low power laser light, it is ideal for fragile or pliable parts that have critical surface contours. It's quick and easy to measure height, length, slope, and radius.
Its Scan-X®software makes scanning easy. View and analyze scans for the dimensional information you need. The heart of the system is field proven DRS™ (Digital Range Sensor) technology, combined with accurate motor control, and data analysis software. Since Cobra 2D scans by moving the DRS sensor over the surface, no special fixturing is required. Cobra is portable. When used with a laptop computer, you can take it where you need it.
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Cobra™ 3D adds a motorized X axis to produce scans over an area as large as 2 " x 2".
Scan-X™ software makes it easy to scan and analyze the results.
Cobra 3D uses DRS™ (Digital Range Sensor) technology, motorized X and Y axis motion, a heavy duty granite base, and Scan-X software.
Its Scan-X® software makes scanning easy. View and analyze scans for the dimensional information you need. The heart of the system is field proven DRS™ (Digital Range Sensor) technology, combined with accurate motor control, and data analysis software. Since Cobra 3D scans by moving the DRS sensor over the surface, no special fixturing is required.
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Cobra™ 3D is a non-contact measuring instrument capable of automatically acquiring a series of linear profiles in order to map an area for 3D analysis. 3D profiles provide important detail easily missed in a single linear profile. For example, the symmetry of a critical feature clearly shows in a 3D plot. Scanning an area also proves that the apex of a feature was scanned, an important capability not easily verified with a single linear scan.
Cobra 3D uses proven DRS™(Digital Range Sensor) laser technology to scan surfaces with up to 0.125 µm Z height resolution. Computer controlled motors move the DRS over the part while a precision stage translates the part beneath the DRS to build up a series of linear scans. Scan-X® analysis software controls the process and presents the results graphically and numerically.
The optional video camera makes setup even easier and provides live color imaging of the scanning process for visual verification of the scan location on the part.
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Digitizing is becoming more and more important in many applications. 3D scanners allow you to rapidly and quickly collect data to drive applications in graphic arts, reverse engineering, computer aided manu-facturing, metrology and inspection. These scanners are powerful tools that allow for the input of complex objects at speeds never before achievable.
The MicroScribe/MicroScan provide:
- accuracy of 0.1 to 0.3 mm (depending on type of MicroScribe)
- reach of 1.5 m and 1.9 m (including laser sensor, depending on type of MicroScribe)
- high performance at 28,000 points per second
- small, ergonomic design allows scanning the most difficult recesses easily
- dual laser configuration for two working space sizes offered with every MicroScribe
- unlimited portability, MicroScribe and MicroScan laser fit into a traveller’s suitcase
- priced at a fraction of the price of other systems ranging in comparable performance classes
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The contactless, three-dimensional measurement of surface coordinates represents an important tool for the following industry areas: product development, reverse engineering, and quality control.
A significant improvement has been established with the mobile and easy-to-use, handheld triangulation scanner T-SCAN. One of the most important advangages of this system lies in the fact that objects can be digitized on-site in the production area or in the measurement facilities without time-consuming measurement preparation. Having launched this innovative concept a few years ago, Steinbichler Optotechnik was the first company worldwide who transformed the idea of an optically tracked handscanner into a system solution for industrial use.
The intelligent, hand-held laserscanner T-SCAN can be used even by inexperienced staff. Like painting a surface with a paintbrush, the scanner is moved over the object surface and acquires a high number of 3D coordinate points. To support an intuitive operation, the scanning process is displayed in real-time on the monitor.
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Trimble GX 3D Scanner for Spatial Imaging - Accurate Terrestrial Positioning Data for the Geospatial Industry
The Trimble® GX 3D Scanner for Spatial Imaging captures millions of coordinates very quickly. Record sub-centimeter, photo-realistic detail of every job to produce enhanced deliverables for colleagues and clients. The Trimble GX is ideal for users in surveying, and in the geospatial industry, and for applications such as:
- monitoring the evolution of a work site
- as-built diagnostics
- historic restorations
- crime scene forensics
Take advantage of the rich, point-cloud data captured by the Trimble GX with the Trimble RealWorks Survey office software. Extract and analyze areas of interest in the data in remarkable 3D.
A 3D Scanner for Surveying
The Trimble GX is the first 3D laser scanner to truly support the surveying workflow. It increases efficiency in traditional surveying, and creates opportunities in Spatial Imaging for surveyors.
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VIVID 910
Non-contact 3D Digitizer
The ideal 3D capture device for research and development, design, schools, game software, video production, apparel industry, museums and measurement of the human body.
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The DigiScan Small Part Scanner enables the semi- or fully-automatic capturing of small objects with a high level of resolution and detail accuracy. Not only from surface from given perspectives but also complete objects can easily and quickliy be scanned. For further use in downstream applications such as CAD/CAM, tooling & mold making, production (e.g. using a 3D printer), presentation; analysis, etc. standard formats are supported wich allow for direct model transfer into all respective software systems.
Typical objects for scanning with the DigiScan Small Part Scanner
- finger rings, gemsones, coins, medals, jewelry
- small technical parts like connector housing, screws, tools
- plastic mold parts
- small biological objects like bones, fossilized parts, etc.
- surface structures
- surface roughness
Main Features
- improved phase shift techniques
- variable resolutions and measurement times
- high resolution and contact free measurement
- no intermediate objects required (such as impressions)
- flexible, mobile and eye-safe operation (no laser incorporated)
- minimum user interaction, in particular
- automatic model orientation in arbitrary spatial directions
- automatic post processing of all scans (cleanup, registration, merging)
- export as polygon model (STL, DXF or VRML format) or as ASCII point cloud
- fast and easy setup
- easy use and steep learning curve
- no special skills required from the user
- working with Windows XP Home or Pro
- very attractive pricing
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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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LMC-M-M2D-LASER for Profile-Contour Scanning
The Scanner M2D provides 2-dimensional measuring of profile heights. The measured objects may consist of various materials. A laser line is projected onto the target and the distance to several points of the object is measured by triangulation. The Scanner is suitable for the geometric profile recognition and distance measurement. The height (Z-axis) by distance (X-axis) is measured. The result is the contour of the object at the point of measurement. Every 20 ms a complete scan of 283 points of measurement, or every 40 ms a scan with 566 points of measurement is done. The measurement range works from 5...1200 mm (X-axis) and 8...600mm(Z-axis).
Typical applications
Precise guidance of handling-robots:
– disc mounting, positioning of car-bodies, gap adjustment in the automotive industry
– welding seam tracking and quality assurance
fast measurement of:
– fast moving objects
– gaps
– edges
– width and depth of slots
– 3D shapes and profiles
– SMD components in the production process
Parts handling
– collision avoidance
– object presence and positioning
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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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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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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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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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