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The VideoCAD series 1, 2, and 3 of Dr. Heinrich Schneider Messtechnik is designed for the precise and fast measurement of two-dimensional geometries. The devices are especially appropriate for profiles made of plastic, aluminium, wood, rubber, rubber-metal and metal, as well as for stamped parts of any kind, templates, gaskets, layouts, and many more – also in serial production.
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The Merlin 300 is a 2-axis video edge measuring system designed to enable quick, accurate repeatable measurements on multiple planes in the X and Y axis, via a high resolution video image.
With a high brilliance LED surface and sub-stage illumination,
Merlin is mainly intended for measurements of parts which
have good optical clarity and contrast like metal and plastic moulded components.
Comprehensive video tools are accessed by a video dedicated microprocessor employing the latest touchscreen technology, with a unique simplified one touch tool teach facility
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State of the art video microscope system for Visual Inspection, Digital Image Recording, Non-contact Dimensional Measurement, Documentation & Reporting of any object in any location.
Application:
Visual Inspection and XY-measurement of:
- mechanical parts and assemblies
- wires, coils, filaments and cables
- leads, bores and cuts on printed circuit boards
- gluing and bonding
- cutting edge tools and wear-out in CNC machines
- fibres in paper and textile industry
- plastic parts and injection moulds
- metallurgical and welding examination
- micro cracks in aircraft parts, engines, turbine blades
- identification of pollen, insects, stones etc.
- crime investigation and forensic analysis
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Kestrel is the first non-contact measuring system to combine quality control laboratory accuracy, repeatability and optical quality, with in-line speed and ease of use in one low investment system.
Kestrel utilises Vision Engineering's patented optical projection technology to give a high resolution, high contrast view of parts to be measured. In comparison to profile projectors/shadowgraphs or video-based systems, the Kestrel's high performance pure optical system gives crisp and colour true views of intricate parts of optically difficult colour and texture (metals, plastics, ceramics).
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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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2D triangulation sensors (Laser Scanners)
RF620 Series
Application domain
The laser scanners are intended for non-contact measuring and checking of surface profile, dimensions, sorting and sensing of technological objects. The series includes 13 standard scanners (100 profiles/s for the full range) and 9 models of High Speed scanners (250 and 500 profiles/s for the full range)
Operating principle
Operation of the sensors is based on the principle of optical triangulation
Radiation of a semiconductor laser is formed by a lens in a line and projected to an object . Radiation scattered from the object is collected by the lens and directed to a two-dimensional CMOS-array. The image of object outline thus formed is analyzed by a signal processor, which calculates the distance to the object (Z-coordinate) for each point of the set along the laser line on the object (X-coordinate).
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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 Z500 laser measurement sensor solves the problem of how to measure a workpiece in-line for both width and height/depth at one time. Compared to single axis laser and vision systems, Z500 provides a unique advantage by measuring in X axis and Z axis simultaneously, improving accuracy and speed of the inspection.
Performs simultaneous width and depth/height measurements in one cycle
Eight measurement modes available, including a combination of step, width and edge position
No work piece or sensor movement required: improves measurement precision and reduces measurement cycle time
Z500 performs all data processing and calculations, eliminates need for other controllers
Two-dimensional SW-CCD and multiple incident level control allow shape measurement of curved work pieces and a wide variety of other surfaces
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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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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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100% inline shop floor quality measurement verification.
SMAC unique electric actuator configuration such SMAC XY/XYZ systems give users the capability of 100% parts inspection.
The actuator systems can measure so many features unlike Cameras and Lasers. External & internal dimensions, threads, bores, grooves while checking for burrs at the same time. All this done in machines shop floor environment.
The fully automated solution which was originally conducted by human hand is now used to 100% measure & test inline production of automotive parts such as air bag components and moulded parts which require a total dimension check.
The SMAC Moving Coil Actuator incorporates the unique ‘Softland’ function which enables full programmability to control speed & positional feedback and therefore the ability to find surfaces or positions in space without damaging the component or SMAC actuator
Gauge Correlation: The SMAC actuators are able to be set up in a manner that will allow for them to be easily calibrated & correlated to proven manual or CMM inspection methods. Output of Variable Data: All SMAC controllers allow for output of variable data in a variety of formats that the user can configure in their program. This allows for ease of use when interfacing the SMAC to another system.
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NLV2101
The NLV2101 is a high performance 2D scanner with low power consumption. The metal case is water-resistant and dust proof. The NLV2101 guarantees an IP rate of 67.
High performance LEDs create a sharper contrast between the code and the background for faster reading and decoding by the 1.3 megapixel imager. The embedded feature of scanning barcodes twice reduces discrepancies and ensures data accuracy even if the code is oriented in reverse.
This compact and rugged fixed mount device uses Opticon's proprietary scan engine technology for quick and accurate results. In addition to the standard software and manual trigger options, the NLV2101 is equipped with an auto-trigger function.
In order to optimize flexibility, the NLV2101 is equipped with mounting holes located on two sides of the housing to maximize mounting options. The availability of several interfaces (RS232, USB HID/VCP and Keyboard Wedge) enables easy connectivity.
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OptiCell™ is fully automated 3D optical measurement system with associated software, that significantly improves the dimensional business process in vehicle development and manufacturing for automotive part production and assembly processes. OptiCell is a fast, accurate and robust measurement system designed for on-line process control and quality assurance on the production floor. OptiCell offers a highly flexible solution for dimensional measurement and 3d inspection of a wide variety of parts and assemblies regardless of size, complexity or geometric features.
The OptiCell solution software transforms the dimensional data acquired by the system and quickly produces dimensional measurement outputs leveraging the powerful CoreView format. These outputs include the actual dimensional measurement of the part/assembly and comparison to a part’s design intent. The OptiCell software also extracts critical features and provides automatic analysis and reports. The output data is provided in both numerical and 3D graphical formats and is easily accessible and understandable by all levels of users in the organization.
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Since more then 10 years, Konica Minolta Sensing offers a range of non-contact 3D Laser Scanners, which enable non-contact 3D measurements of a wide range of products.
Konica Minolta 3D Laser Scanners are transportable, fast and easy to use including many innovative features for rapid prototyping, reverse engineering and quality inspection in a broad field of industrial and non-idustrial applications.
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The COMET® sensors from Steinbichler Optotechnik - are designed based on many years of experience and expertise in optical coordinate measurement and on a continuous, customer-oriented further development. Established as the leading digitizing systems, they enjoy widespread use worldwide.
COMET® IV represents the fourth sensor generation: A completely new, technologically revolutionary concept which has crafted the optimum system solution for present and future measuring tasks and which meets all the requirements placed on an industry-compliant measuring system.
COMET® IV offers highest flexibility and modularity paired with an excellent data accuracy. Through the use of cutting edge optical technologies and materials the sensor, which can be used in all branches of industry, sets new standards in 3D digitizing.
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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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We provide scanning technology to the largest sawmill equipment manufactures in the wood manufacturing industry. Today, we have 10,000 sensors installed in the field. DynaVision high speed, high accuracy sensors support more effective, faster optimization software and machinery. Our products allow OEM’s and Integrators to design an optimizer that increases yield and profitability for their customers – in other words a value-added optimizer.
Our Wood applications division works closely with System Integrators & Original Equipment Machine Suppliers to deliver the most effective solutions for their particular sensor vision needs.
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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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The Optix 400 series is the latest offering by 3D Digital Corporation. They provide compact, lightweight, and tripod mountable scanning with USB plug and play ease for Windows computers. The Optix scanners have the option of connecting external digital cameras in order to provide extremely high quality color texture information. This color option is available for Optix 400M and Optix 400H.
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The FARO Laser Scanner LS: Designed for high performance!
The high performance of the FARO Laser Scanner LS can be used with minimal training to capture 3-D point cloud data. Whether documenting a 50,000 square foot building or accurately capturing the scene of a crime, the possible applications are almost unlimited. The FARO Laser Scanner LS produces three dimensional color images where every pixel has an X, Y, Z coordinate. Measurements can be made immediately after scanning and 3-D objects can be generated to create dimensionally accurate CAD models.
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FARO — the name synonymous with metrology — presents the high-performance Laser Scanner Photon. Compact, accurate and fast, Photon is the perfect instrument to capture and define your world. It transforms objects and environments into more than just digital snapshots. It breaks down physical attributes and presents the data as millions of X, Y, Z coordinate points compatible with a variety of software platforms. The result: Enough scan-data detail to accurately recreate any object or scenario.
The Photon’s high resolution, precision 3-D scans are ideal for laser scanning metrology applications such as reverse engineering, inspection, modeling, as-built documentation, asset management and more. Designed for quick and easy data capture, the Photon’s fiber tripod, internal hard drive, optional lightweight battery (mounted directly to the scanner), as well as operation via iPod® touch or most wireless devices, makes for quick and simple on-the-go measuring.
For more information visit: www.photonscanner.faro.com
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The FARO® Laser Scanner Photon: Designed for high performance!
The high performance of the FARO Laser Scanner Photon can be used with minimal training to capture 3D point cloud data. Whether documenting a 50,000 square foot building or accurately capturing the scene of a crime, the possible applications are almost unlimited. The FARO Laser Scanner Photon produces three dimensional color images where every pixel has an X, Y, Z coordinate. Measurements can be made immediately after scanning and 3D objects can be generated to create dimensionally accurate CAD models.
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Since 1979, over four thousand LMI/Selcom ™ laser and vision sensors have provided the transportation industry with a reliable, safe and efficient way to collect critical information. In the case of road inspection, a number of laser sensors are typically mounted on a survey vehicle and driven over the road surface at highway speeds, so as not to disrupt traffic. Automated measurements of road conditions are a cost effective, reliable, accurate and safe method of collecting road conditions data as opposed to manual methods.
Our Transportation applications division works closely with System Integrators & Original Equipment Machine Suppliers to deliver the most effective solutions for their particular sensor vision needs.
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Leica ScanStation 2
A new Level of Versatility and Speed in Laser Scanners
With a 10-times boost in maximum instantaneous scan speed and the full freedom and accuracy of a total station, Leica ScanStation 2 lifts laser scanning to the next level. This speed and productivity boost builds on the already industry-leading versatility of the ScanStation™ class of laser scanner to make High-Definition Surveying™ (HDS™) profitable for even more as-built and topographic survey projects.
For many as-built and topographic surveys, laser scanners have already proven to significantly reduce field labor compared to traditional methods. ScanStation 2's jump-step increase in pulsed scan speed further slashes these costs - field labor is now as little as one-fifth of that of traditional methods for many projects.
Infrastructure
ScanStation 2 extends the benefits of safe, cost-effective road surveys from urban and multi-lane roads & intersections to 2-lane roads & intersections.
Sites
Using ScanStation 2 for topographic surveys of small sites and sites up to hundreds of acres cuts initial survey costs and reduces site re-visits.
Buildings
Small buildings and tall buildings can be cost-effectively surveyed, both inside and out. Digital photos can be overlaid for added realism.
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3D Laser Scanners
Application domain
3D laser scanners are designed for non-contact scanning of products for obtaining 3D computer-simulated models.
Operating principle
The scanners have been developed for primary use with Beaver-type woodworker milling machines. The supply package includes an Series RF603 laser sensor, synchronization module and software package. In the scanning mode, the machine CNC system sequentially moves the laser scanner over the prototype of the product thus forming a digitized model of the prototype. The model obtained is memorized as a cloud of dots as well as in a general STL format suitable for subsequent use in CNC machining
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ROMER Presents Reverse-Engineering Solution with Unbeatable Price-to-Performance Ratio
ROMER introduces a complete, attractive new solution for reverse engineering applications with an unbeatable price-to-performance ratio. The system consists of OMEGA 2025, an articulated arm ideally suited for measurement applications such as metalworking, woodworking, casting, plastics and similar. The OMEGA arm is coupled to R-Scan, a fast, easy-to-use and affordable laser scanner probe dedicated to reverse engineering. R-Scan features infinite rotation for easy scanning of difficult-to-reach areas, high scanning speed and automatic color recognition.
Combined with 3DReshaper Application, a complete 3D point-cloud processing application ; this complete easy-to-use solution does permit rapid handling of point clouds and generating high-quality 3D meshes.
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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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- Complete 3D Scanner Software Solution
- Produce 3D Images quickly and Effectively
- USB Plug and Play
- Exports STL, OBJ, ASCII, and other file formats
- Imports directly into popular CAD and CAM programs
Software Features
- Merges and Aligns multiple Scans together
- 3D Viewer
- Color and Appearance Adjustments
- Scaling and basic Measuring
- Export point cloud and mesh formats
Applications
- Reverse Engineering
- Orthotics
- Design
- Animation
- Footwear
The price of our ESCAN is US$7,095 which comes bundle with reverse engineering software, merging and alignment software STL, ASCII, VRML output. Our EScan system achieves what other high quality laser scanners can at an affordable price, bang-for-your-buck accuracy vs price. The EScan offers an affordable alternative to our existing Optix 400 series product line-up, when the high re-solution is not necessary.
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Metrology: Measuring machines, 3D scanners
