Laser Alignment - Basic shaft and geometric concepts
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The document discusses various applications of laser alignment beyond just shaft alignment, including measuring straightness, flatness, squareness, spindle direction, line bores, and pulley/V-belt alignment. It provides examples of laser alignment techniques for these applications and notes that lasers can be used to measure values in multiple dimensions. Environmental factors and thermal growth are also discussed as important considerations for laser alignment.
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Digital ophthalmologist is a software tool developed by Techlead software Engineering. It has been developed with understanding of the ophthalmologist’s concerns. This smart assistant to doctors will perform many of their routine and time consuming tasks in a much efficient way.
Panorama ConstructionCDR AnalysisGlaucoma DetectionBlood Vessel Analysis3D Retina ReconstructionRetinopathy
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This document discusses 3D laser triangulation techniques for non-contact measurement and inspection. It compares the center of gravity and line finder algorithms for stripe detection, with the line finder providing sub-pixel accuracy down to 1/64th of a pixel. Customizable 3D scanning systems allow varying angles and lenses for different applications and surfaces, while compact scanners have fixed designs. The benefits of developing a customized 3D algorithm include a flexible, accurate, and robust 3D inspection tool tailored to an application.
CT Scanner Trends
Today’s CT manufacturers are now enhancing their CT scanner models with more productivity-enhancing features. Visit for more info at, https://info.atlantisworldwide.com/blog/ct-scanner-trends
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Many manufacturing facilities operate equipment that contains rollers, idlers, press drums, and web handling systems. The alignment of rolls and web systems is important to the efficient operation of these systems to improve productivity and reduce production downtime.
Bell-Everman Case Study Chairside Dentistry System
The document describes a new digital dentistry system from IOS Technologies that uses a unique polar motion system with rotary stages instead of traditional Cartesian motion to drastically reduce costs without compromising performance. The system includes an intraoral scanner, CAD software, and a TS150 in-office milling machine. The milling machine uses a pair of opposing rotary stages and a linear Z-axis stage controlled through a polar coordinate system to position the cutting tool. This non-intuitive approach improves stiffness, smoothness of motion, accuracy, and ease of sealing compared to an equivalent Cartesian system, allowing the digital dentistry system to be 40% cheaper while producing crowns within 30 microns of tolerance in about 15 minutes.
A4 Version Lrf Brochure
Sentek Solutions Ltd supplies a range of ultra compact laser range finders for robots and autonomous machinery to provide accurate spatial mapping. The document describes several laser range finder models with varying ranges, resolutions, scan speeds, sizes, weights and power requirements. It explains that the devices can help robots interpret their surroundings and determine actions in real time. Key considerations in choosing a model are its functionality, size and power consumption.
LTC Laser Profilometry
Laser Techniqus Company revolutionizes the rifle barrel and gun tube inspection process with Laser-Based Sensors, BEMIS(TM) Bore Erosion Measurement Inspection System
ODS ANALYSIS BY SALAH KHAIRY.
ODS analysis of a crane revealed high vibration levels were caused by resonance between the column's natural frequency and a gear meshing frequency of 2 Hz. Vibration measurements identified maximum deflection at the top of the column. Adjusting backlash between gears and adding stiffening supports to the column base reduced vibrations as recommended.
Introduction To Vibration From Caption Data Limited
The document provides an introduction to vibration analysis, including:
1) An overview of key concepts in vibration measurement such as transducers, sampling, filtering, windows, averaging, and FFT analysis.
2) A discussion of rotating machinery analysis techniques like order tracking and synchronous signal averaging.
3) Details about vibration sources in machines, measurement techniques, and common vibration measures.
Dental Digital Scanners: Intraoral and Extraoral 3D Scanners
Embark on a journey through the cutting-edge realm of dental digital 3D scanners with our comprehensive presentation. Delve into the world of intraoral and extraoral scanners, witnessing the convergence of technology and dentistry in unprecedented ways.
Discover how these state-of-the-art devices revolutionize dental practices, offering unparalleled precision, efficiency, and patient comfort. From intraoral scanners seamlessly capturing detailed images within the oral cavity to extraoral scanners redefining prosthetic and orthodontic workflows, our presentation showcases the transformative capabilities of 3D scanning technology.
Gain insights into the diverse applications spanning restorative dentistry, orthodontics, implantology, and beyond, as we explore the myriad benefits these scanners bring to both dental professionals and their patients. Uncover the advantages of enhanced accuracy, streamlined workflows, and digital integration, paving the way for optimized treatment planning and superior patient outcomes.
Join me in unraveling the endless possibilities of dental digital 3D scanners, where precision meets innovation to shape the future of modern dentistry.
Explore my presentation on SlideShare and embark on a journey towards a new era of dental excellence.
Production Machining Article January 2009
The document discusses different measurement technologies that can meet the increasing inspection requirements of high-production turning equipment. Non-contact turned part measuring centers like the Tesascan can automatically inspect small dental implants. Vision systems provide significant throughput advantages over manual inspection for parts like piston valves. Touch probe systems allow inspection of turned and milled contours directly on the machine for the highest throughput.
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Modern Surveying Equipment presentation for members of Land Surveyors United http://landsurveyorsunited.com
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Six D India Technical Detail
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3D Scanners and their Economic Feasibility
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to analyze how the economic feasibility of 3D scanners is becoming better through improvements in lasers, camera ICs, and processor ICs. 3D scanning is both a complement to 3D printing and a technology with its own unique applications. 3D printing of complex objects can be done from a CAD database or from a 3D scan where a 3D scan can be done with laser or other sources of white light such as LEDs.
3D scanning can also be done for other purposes. For example, scientists and engineers are using 3D scanners to survey archeological, construction, crime scene, and engineering sites, to document maintenance and repair of engineered systems, and to customize medical and dental products for humans. Improvements in lasers, LEDs, camera chips, ICs, and other components continue to improve the economic feasibility of 3D scanning. Longer wavelength lasers increase the scanning range, better camera chips improve the scanning resolution, and better lasers, camera chips, and processor ICs reduce the scanning time. For example, third generation scanners from Argon, one leading supplier, have 100 times higher resolution and one tenth the scan times of Argon’s first generation system.
For costs, lasers make up the largest percentage followed by camera and processor ICs. For example, lasers make up 80% of the hardware cost for one high-end system with a current cost of $1346 and a price of about $3000. As laser costs fall and as volumes enable smaller margins, the price of such systems will fall.
For the same reasons, low-end systems continue to emerge. These include Microsoft’s Kinect and an app for the iPhone. Microsoft’s Kinect was $150 while the app was only $4.99, both in early 2013. As such low-end systems proliferate, and high-end systems continue to get cheaper, 3D scanning will find new applications.
3D Laser Scanners | Trevilla Engineering & Design
Using our 3D Laser Scanners, our Reverse Engineers scanned each component to create CAD models. These 11 fibreglass custom bus moulds were just what the manufacturer needed to accurately replicate changes across the bus fleet.
Direct Dimensions: 3D Laser Scanning for Digital Modeling and Documentation
Direct Dimensions is a company founded in 1995 that provides 3D laser scanning services. They have 25 employees and have completed over 5,000 projects for clients in industries like aerospace, automotive, medical, and architecture. Their technicians have experience scanning in various environments at scales from microns to meters with a variety of equipment. They offer services including laser scanning, digital modeling, inspection/analysis, and training.
Step Into a Niche
Advances in stepper motors, including the increasing use of rare earth magnets, enable them to suit high-speed, precision applications such as label application and cylindrical plastic joint welding. Steppers are a good fit for less-precise applications than servos and are appropriate for applications that require greater precision and reliability than brushless DC motors can provide. By Don Talend, brand storytelling, content management, and content strategy expert. Industrial automation industry
Don Talend stepper motors article
Stepper motors are increasingly being used in high-speed, precision industrial applications due to recent advancements. Hybrid stepper motor designs that include magnets and toothed stators provide improved performance over traditional variable reluctance and permanent magnet designs. Stepper motors maintain an advantage over servo and brushless DC motors for applications requiring both speed and precision due to their higher starting torque, resolution, and reliability. Examples highlighted include high-speed label applicators and barcode scanners, where stepper motors enable speeds over 1,500 inches per minute with precise positioning needed for the application.
004-What PA Can Do Phased Array Ultrasonic
This document discusses various scanning techniques that can be performed using phased array ultrasound, including electronic scanning, sectorial scanning, lateral scanning, and dynamic depth focusing. It provides examples of how these techniques can be used for applications like weld inspection, pipe inspection, and turbine blade inspection. Custom scan patterns and analyses can be designed using software from the company.
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Digitech Ophthalmologist (Techlead Image Processing)
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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Laser Alignment - Basic shaft and geometric concepts
- 1. www.worldtrendsinmaintenance-eng.com Laser Alignment – not just Shaft Alignment! Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment”
- 2. www.worldtrendsinmaintenance-eng.com Facts About Lasers Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Diode laser400nm 700nm 10nm100nm 1µm 10µm 100µm 1mm Visible light Infrared lightUltraviolet Typical laser wave length is at 690 nm Older HeNe style tube for Laser beam generation
- 3. www.worldtrendsinmaintenance-eng.com Facts About Lasers cont. Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” CCD The Position Sensing Device PSD is used to determine the position of the laser beam for further calculations
- 4. www.worldtrendsinmaintenance-eng.com Divergence Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” All laser beams diverge. Optics are used to control the divergence for the required distance and detector size.
- 5. www.worldtrendsinmaintenance-eng.com Laser Beam Centering Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Laser beams are not perfectly round, but the PSD senses the true center and use that for calculations
- 6. www.worldtrendsinmaintenance-eng.com Environmental Effects Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Like any optical system, lasers will also be influenced by environmental effects and can play havoc with results
- 7. www.worldtrendsinmaintenance-eng.com Thermal Growth Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Be aware of different setup requirements for when machines are “hot” and “cold”. OEM values can be inserted into our systems to achieve correct alignment.
- 8. www.worldtrendsinmaintenance-eng.com Straightness Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Straightedge and dial indicator Straightedge and thickness gauge Spirit level Optical system and target Laser and detector Different straightness measurement methods. Changing the reference or zero points can change the results. Visit our geometry systems.
- 9. www.worldtrendsinmaintenance-eng.com Straightness Results Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” A Typical straightness plot using a dual-axis detector to show horizontal and vertical values.
- 10. www.worldtrendsinmaintenance-eng.com Flatness Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Here we add another “dimension” to a straightness measurement. The 3-D display helps in understanding the situation for machine bases and flanges. Learn more here.
- 11. www.worldtrendsinmaintenance-eng.com Squareness Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Values from one plane is compared to another using the pentaprism and switching the beam by 90 degrees. Learn more about Machine tool systems here.
- 12. www.worldtrendsinmaintenance-eng.com Spindle Direction Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Spindle direction or pointing direction is useful after a “crash” or damage to the lathe. The results are for horizontal and vertical directions.
- 13. www.worldtrendsinmaintenance-eng.com Line Bore (straightness) Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Bearing pockets or propeller shaft bearings are typical applications in 2 directions of line bore measurements. Visit line bore systems here.
- 14. www.worldtrendsinmaintenance-eng.com Pulley/V-Belt Alignment Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” V-belts, chains etc. can be aligned by laser. Tolerances can be used. See our range here.
- 15. www.worldtrendsinmaintenance-eng.com Christo van der Walt, CEO, Engineering Dynamics, “Laser Alignment – not just Shaft Alignment” Please visit our website at www.edprevent.com or call us at +27 12 9913168 for more information.