The document summarizes Z Corporation's line of 3D laser scanners. It describes how the scanners work and their applications across industries like engineering, education, healthcare, arts and more. The scanners range from basic to more advanced models, are portable, easy to use, and provide high resolution and accuracy for various needs. Key products highlighted include the ZScanner 700, 700 CX, 700 PX and 800 models.
Gordon Associates is a consulting firm providing surveying and engineering services including 3D laser scanning. Laser scanning uses lasers to rapidly capture detailed 3D data on physical environments. It generates dense point clouds that allow clients to access more survey information without additional site visits. Laser scanning is used for applications like as-built modeling, construction monitoring, topographic surveys, and forensic investigations. It provides accurate spatial data that conventional methods cannot access.
Fingerprint scanners have become more common for security systems by comparing a scanned fingerprint pattern to a pre-scanned image. Optical scanners take a picture of ridges and valleys on a finger placed on a glass plate using a CCD camera. Capacitive scanners use an array of semiconductor cells to detect ridges and valleys through capacitance instead of optics.
3D scanners generate 3D models of physical objects by capturing their surface geometry and texture. There are several common methods for 3D scanning, including laser triangulation, structured light scanning, photogrammetry, and laser pulse-based time-of-flight scanning. 3D scanners are used across industries like automotive and manufacturing to check part performance through 3D models, and in applications like industrial design, reverse engineering, and gaming. The cost of 3D scanners can range from around $100 for basic consumer scanners to over $800 for higher-end professional scanners.
Dr digital diagnost_with_wpd_at_dartmouth_hitchcock_medical_center-usa_custom...Jhon Arriaga Cordova
The document discusses a new wireless digital X-ray detector that provides more flexibility and freedom compared to traditional radiography systems. Technologists at Dartmouth Hitchcock Medical Center find the wireless detector allows exams to be done faster and more easily in any position without restrictions. It has enhanced workflow and improved image quality. After initial success in an outpatient room, the wireless detector will now be used in the emergency department to benefit trauma patients.
Fingerprint scanners work by obtaining an image of a fingerprint using either an optical or capacitive scanner. The optical scanner images the fingerprint pattern of ridges and valleys, while the capacitive scanner requires the actual fingerprint shape. The scanner system then uses complex algorithms to analyze distinctive minutiae points and compares them to stored fingerprints to determine a match.
Clojure is a Lisp dialect designed for the Java Virtual Machine that focuses on functional programming and concurrency. It allows easy interoperability with Java code and provides persistent data structures and software transactional memory for writing concurrent programs that avoid deadlocks. The document provides an overview of Clojure's syntax, data structures, higher-order functions, Java interoperability features, and approach to concurrency through immutable objects and managed references.
From Lisp to Clojure/Incanter and RAn Introductionelliando dias
This document provides a comparison between the statistical computing languages R and Clojure/Incanter. It discusses the histories and philosophies behind Lisp, Fortran, R and Clojure. Key differences noted are that Clojure runs on the Java Virtual Machine, allowing it to leverage Java libraries, while R is primarily written in C and Fortran. Incanter is presented as a Clojure-based platform for statistical computing and graphics that is more immature than R but allows easier access to Java capabilities. Basic syntax comparisons are provided.
Gordon Associates is a consulting firm providing surveying and engineering services including 3D laser scanning. Laser scanning uses lasers to rapidly capture detailed 3D data on physical environments. It generates dense point clouds that allow clients to access more survey information without additional site visits. Laser scanning is used for applications like as-built modeling, construction monitoring, topographic surveys, and forensic investigations. It provides accurate spatial data that conventional methods cannot access.
Fingerprint scanners have become more common for security systems by comparing a scanned fingerprint pattern to a pre-scanned image. Optical scanners take a picture of ridges and valleys on a finger placed on a glass plate using a CCD camera. Capacitive scanners use an array of semiconductor cells to detect ridges and valleys through capacitance instead of optics.
3D scanners generate 3D models of physical objects by capturing their surface geometry and texture. There are several common methods for 3D scanning, including laser triangulation, structured light scanning, photogrammetry, and laser pulse-based time-of-flight scanning. 3D scanners are used across industries like automotive and manufacturing to check part performance through 3D models, and in applications like industrial design, reverse engineering, and gaming. The cost of 3D scanners can range from around $100 for basic consumer scanners to over $800 for higher-end professional scanners.
Dr digital diagnost_with_wpd_at_dartmouth_hitchcock_medical_center-usa_custom...Jhon Arriaga Cordova
The document discusses a new wireless digital X-ray detector that provides more flexibility and freedom compared to traditional radiography systems. Technologists at Dartmouth Hitchcock Medical Center find the wireless detector allows exams to be done faster and more easily in any position without restrictions. It has enhanced workflow and improved image quality. After initial success in an outpatient room, the wireless detector will now be used in the emergency department to benefit trauma patients.
Fingerprint scanners work by obtaining an image of a fingerprint using either an optical or capacitive scanner. The optical scanner images the fingerprint pattern of ridges and valleys, while the capacitive scanner requires the actual fingerprint shape. The scanner system then uses complex algorithms to analyze distinctive minutiae points and compares them to stored fingerprints to determine a match.
Clojure is a Lisp dialect designed for the Java Virtual Machine that focuses on functional programming and concurrency. It allows easy interoperability with Java code and provides persistent data structures and software transactional memory for writing concurrent programs that avoid deadlocks. The document provides an overview of Clojure's syntax, data structures, higher-order functions, Java interoperability features, and approach to concurrency through immutable objects and managed references.
From Lisp to Clojure/Incanter and RAn Introductionelliando dias
This document provides a comparison between the statistical computing languages R and Clojure/Incanter. It discusses the histories and philosophies behind Lisp, Fortran, R and Clojure. Key differences noted are that Clojure runs on the Java Virtual Machine, allowing it to leverage Java libraries, while R is primarily written in C and Fortran. Incanter is presented as a Clojure-based platform for statistical computing and graphics that is more immature than R but allows easier access to Java capabilities. Basic syntax comparisons are provided.
Notes on the technical aspects of a range of short film we compared, particularly those belonging to the comedy genre. We looked at mise en scene, camera work, sound, lighting and editing. These will be used to write a script w
Talk given at ClojureD conference, Berlin
Apache Spark is an engine for efficiently processing large amounts of data. We show how to apply the elegance of Clojure to Spark - fully exploiting the REPL and dynamic typing. There will be live coding using our gorillalabs/sparkling API.
In the presentation, we will of course introduce the core concepts of Spark, like resilient distributed data sets (RDD). And you will learn how the Spark concepts resembles those well-known from Clojure, like persistent data structures and functional programming.
Finally, we will provide some Do’s and Don’ts for you to kick off your Spark program based upon our experience.
About Paulus Esterhazy and Christian Betz
Being a LISP hacker for several years, and a Java-guy for some more, Chris turned to Clojure for production code in 2011. He’s been Project Lead, Software Architect, and VP Tech in the meantime, interested in AI and data-visualization.
Now, working on the heart of data driven marketing for Performance Media in Hamburg, he turned to Apache Spark for some Big Data jobs. Chris released the API-wrapper ‘chrisbetz/sparkling’ to fully exploit the power of his compute cluster.
Paulus Esterhazy
Paulus is a philosophy PhD turned software engineer with an interest in functional programming and a penchant for hammock-driven development.
He currently works as Senior Web Developer at Red Pineapple Media in Berlin.
http://inarocket.com
Learn BEM fundamentals as fast as possible. What is BEM (Block, element, modifier), BEM syntax, how it works with a real example, etc.
The document discusses how personalization and dynamic content are becoming increasingly important on websites. It notes that 52% of marketers see content personalization as critical and 75% of consumers like it when brands personalize their content. However, personalization can create issues for search engine optimization as dynamic URLs and content are more difficult for search engines to index than static pages. The document provides tips for SEOs to help address these personalization and SEO challenges, such as using static URLs when possible and submitting accurate sitemaps.
Lightning Talk #9: How UX and Data Storytelling Can Shape Policy by Mika Aldabaux singapore
How can we take UX and Data Storytelling out of the tech context and use them to change the way government behaves?
Showcasing the truth is the highest goal of data storytelling. Because the design of a chart can affect the interpretation of data in a major way, one must wield visual tools with care and deliberation. Using quantitative facts to evoke an emotional response is best achieved with the combination of UX and data storytelling.
This document summarizes a study of CEO succession events among the largest 100 U.S. corporations between 2005-2015. The study analyzed executives who were passed over for the CEO role ("succession losers") and their subsequent careers. It found that 74% of passed over executives left their companies, with 30% eventually becoming CEOs elsewhere. However, companies led by succession losers saw average stock price declines of 13% over 3 years, compared to gains for companies whose CEO selections remained unchanged. The findings suggest that boards generally identify the most qualified CEO candidates, though differences between internal and external hires complicate comparisons.
Scanners work by using light to capture digital images of documents or objects. There are several types of scanners including flatbed, drum, film, handheld, and 3D scanners. Scanners often come with bundled software like scanning utilities and optical character recognition to manipulate scanned images.
Flatbed scanners are the most common and versatile scanner type. They scan documents placed on a glass surface using a light sensor and light source that sweep across the stationary document. Sheet feed scanners maximize throughput by moving documents past a stationary light source and sensor, while drum scanners provide the highest quality scans but are slower and more expensive. Microfilm and slide scanners are specialized for scanning film and photos. Digital cameras combine scanning and camera optics for a versatile scanning tool.
The document discusses different types of sensors used for 3D digitization, including passive and active vision techniques. It describes synchronization circuit-based dual photocells that improve measurement stability and repeatability. Position sensitive detectors are discussed that can measure the position of a light spot in one or two dimensions on a sensor surface to acquire high-resolution 3D images. A proposed sensor architecture combines color and range sensing for applications like hand-held 3D cameras.
Applications 3D is an authorized distributor of the Handyscan 3D laser scanning products
Catch the REVolution in 3D scanning with the REVscan™, part of the Handyscan 3D™ line of self-positioning laser scanners by Creaform.
Digital impressions in prosthodontics are emerging as an alternative to traditional elastomeric impressions. Various digital impression systems like CEREC, E4D, iTero, and Lava COS use intraoral scanners with blue or red lasers to optically capture 3D images of the teeth and produce digital models. This eliminates the need for physical impressions and allows for viewing of the occlusion digitally. The digital files can be used to directly mill restorations chairside or be sent to a lab for fabrication. Benefits include accuracy, reduced errors and cross-contamination control compared to conventional impressions. However, the equipment has high costs and requires trained personnel. Overall, digital impressions are expected to become more common
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.
This paper proposes a wide dynamic range CMOS sensor with gating capabilities for use in night vision and multiple applications. The sensor can detect objects within 15 meters in day or night conditions with centimeter accuracy. It integrates high functionality pixels to extract distance and reflectivity information. This data is modulated into an active optical signal during light propagation, allowing each pixel to act as an individual stopwatch. The system is directly interfaced with vehicle controls to automatically apply the brakes if an object is detected within 10 meters, improving safety. Potential applications include biomedical, industrial, surveillance and more.
Six D is an ISO 9001:2008 certified engineering solutions provider in India specializing in 3D inspection and reverse engineering. They have over 7 years of experience and work with clients in defense, automotive, aerospace and heavy engineering. Six D offers various 3D scanning and measurement services using equipment from partners like Leica and Artec to provide dimensional inspection, reverse engineering, and quality control services.
3D Scanning is the process of tri-dimensional capture of real- world objects or environments so that they can be remodeled or analyzed in the digital world.
Scanning results are represented using free-form, unstructured three-dimensional data, usually in the form of a point cloud or a triangle mesh. Scanned data is then brought into a common reference system, where data is merged into a complete model. This process called alignment or registration can be performed during the scan itself or as a post processing step.
Dental Digital Scanners: Intraoral and Extraoral 3D Scannersassem awad
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.
StructureScan Optical is a GPR system that uses optical barcodes and smart pad technology to simplify 3D data collection for concrete inspection and analysis. It can locate rebar, cables, and conduits in concrete in real-time. It has two antenna options, 1600MHz for general purposes to 18 inches depth and 2600MHz for higher resolution to 12 inches depth. It includes a control unit, antenna, cart, pads, and software for processing data.
Ebook1 an introduction_to_3_d_scanning_en_26082014karikou2005
3D scanning captures physical objects and brings them into the digital world. It is growing 15% annually and portable 3D scanning is fueling applications outside the lab. There are two main categories of scanners - contact scanners that require touching the object, and non-contact scanners that do not touch the object. 3D scanning is valuable throughout the product lifecycle for applications like concept design, CAD, prototyping, quality inspection, and tooling design. It allows capturing existing parts for integration or reverse engineering without drawings.
Direct Dimensions: 3D Laser Scanning for Digital Modeling and DocumentationDirect Dimensions, Inc.
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.
Sundt uses a Faro Focus 3D X130 laser scanner that can capture almost a million points per second with sub-sixteenth inch accuracy up to 400 feet. Complete and accurate laser scans provide numerous benefits like cost savings, reduced errors and schedule improvements. Laser scanning allows for photorealistic point clouds that capture spatial data without gaps unlike traditional surveying. Point clouds from multiple scans can be stitched together with typical deviations under a quarter inch. Laser scanning 20,000 square feet per day is not uncommon, with an additional day needed to process scans for design and construction teams. Utilizing laser scans provides clear virtual scenes for remote design and reduces site visits.
This document presents a marker detection algorithm for augmented reality applications in science textbooks. It discusses what augmented reality and markers are, and describes a 7-step marker detection algorithm to efficiently detect markers that may be partially occluded. The algorithm is implemented using Vuforia and Unity for augmented reality and 3DS Max for 3D models. Examples of using the algorithm to detect water and carbon dioxide molecule markers in an 8th standard science textbook are provided. Benefits of augmented reality in education are also outlined.
Notes on the technical aspects of a range of short film we compared, particularly those belonging to the comedy genre. We looked at mise en scene, camera work, sound, lighting and editing. These will be used to write a script w
Talk given at ClojureD conference, Berlin
Apache Spark is an engine for efficiently processing large amounts of data. We show how to apply the elegance of Clojure to Spark - fully exploiting the REPL and dynamic typing. There will be live coding using our gorillalabs/sparkling API.
In the presentation, we will of course introduce the core concepts of Spark, like resilient distributed data sets (RDD). And you will learn how the Spark concepts resembles those well-known from Clojure, like persistent data structures and functional programming.
Finally, we will provide some Do’s and Don’ts for you to kick off your Spark program based upon our experience.
About Paulus Esterhazy and Christian Betz
Being a LISP hacker for several years, and a Java-guy for some more, Chris turned to Clojure for production code in 2011. He’s been Project Lead, Software Architect, and VP Tech in the meantime, interested in AI and data-visualization.
Now, working on the heart of data driven marketing for Performance Media in Hamburg, he turned to Apache Spark for some Big Data jobs. Chris released the API-wrapper ‘chrisbetz/sparkling’ to fully exploit the power of his compute cluster.
Paulus Esterhazy
Paulus is a philosophy PhD turned software engineer with an interest in functional programming and a penchant for hammock-driven development.
He currently works as Senior Web Developer at Red Pineapple Media in Berlin.
http://inarocket.com
Learn BEM fundamentals as fast as possible. What is BEM (Block, element, modifier), BEM syntax, how it works with a real example, etc.
The document discusses how personalization and dynamic content are becoming increasingly important on websites. It notes that 52% of marketers see content personalization as critical and 75% of consumers like it when brands personalize their content. However, personalization can create issues for search engine optimization as dynamic URLs and content are more difficult for search engines to index than static pages. The document provides tips for SEOs to help address these personalization and SEO challenges, such as using static URLs when possible and submitting accurate sitemaps.
Lightning Talk #9: How UX and Data Storytelling Can Shape Policy by Mika Aldabaux singapore
How can we take UX and Data Storytelling out of the tech context and use them to change the way government behaves?
Showcasing the truth is the highest goal of data storytelling. Because the design of a chart can affect the interpretation of data in a major way, one must wield visual tools with care and deliberation. Using quantitative facts to evoke an emotional response is best achieved with the combination of UX and data storytelling.
This document summarizes a study of CEO succession events among the largest 100 U.S. corporations between 2005-2015. The study analyzed executives who were passed over for the CEO role ("succession losers") and their subsequent careers. It found that 74% of passed over executives left their companies, with 30% eventually becoming CEOs elsewhere. However, companies led by succession losers saw average stock price declines of 13% over 3 years, compared to gains for companies whose CEO selections remained unchanged. The findings suggest that boards generally identify the most qualified CEO candidates, though differences between internal and external hires complicate comparisons.
Scanners work by using light to capture digital images of documents or objects. There are several types of scanners including flatbed, drum, film, handheld, and 3D scanners. Scanners often come with bundled software like scanning utilities and optical character recognition to manipulate scanned images.
Flatbed scanners are the most common and versatile scanner type. They scan documents placed on a glass surface using a light sensor and light source that sweep across the stationary document. Sheet feed scanners maximize throughput by moving documents past a stationary light source and sensor, while drum scanners provide the highest quality scans but are slower and more expensive. Microfilm and slide scanners are specialized for scanning film and photos. Digital cameras combine scanning and camera optics for a versatile scanning tool.
The document discusses different types of sensors used for 3D digitization, including passive and active vision techniques. It describes synchronization circuit-based dual photocells that improve measurement stability and repeatability. Position sensitive detectors are discussed that can measure the position of a light spot in one or two dimensions on a sensor surface to acquire high-resolution 3D images. A proposed sensor architecture combines color and range sensing for applications like hand-held 3D cameras.
Applications 3D is an authorized distributor of the Handyscan 3D laser scanning products
Catch the REVolution in 3D scanning with the REVscan™, part of the Handyscan 3D™ line of self-positioning laser scanners by Creaform.
Digital impressions in prosthodontics are emerging as an alternative to traditional elastomeric impressions. Various digital impression systems like CEREC, E4D, iTero, and Lava COS use intraoral scanners with blue or red lasers to optically capture 3D images of the teeth and produce digital models. This eliminates the need for physical impressions and allows for viewing of the occlusion digitally. The digital files can be used to directly mill restorations chairside or be sent to a lab for fabrication. Benefits include accuracy, reduced errors and cross-contamination control compared to conventional impressions. However, the equipment has high costs and requires trained personnel. Overall, digital impressions are expected to become more common
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.
This paper proposes a wide dynamic range CMOS sensor with gating capabilities for use in night vision and multiple applications. The sensor can detect objects within 15 meters in day or night conditions with centimeter accuracy. It integrates high functionality pixels to extract distance and reflectivity information. This data is modulated into an active optical signal during light propagation, allowing each pixel to act as an individual stopwatch. The system is directly interfaced with vehicle controls to automatically apply the brakes if an object is detected within 10 meters, improving safety. Potential applications include biomedical, industrial, surveillance and more.
Six D is an ISO 9001:2008 certified engineering solutions provider in India specializing in 3D inspection and reverse engineering. They have over 7 years of experience and work with clients in defense, automotive, aerospace and heavy engineering. Six D offers various 3D scanning and measurement services using equipment from partners like Leica and Artec to provide dimensional inspection, reverse engineering, and quality control services.
3D Scanning is the process of tri-dimensional capture of real- world objects or environments so that they can be remodeled or analyzed in the digital world.
Scanning results are represented using free-form, unstructured three-dimensional data, usually in the form of a point cloud or a triangle mesh. Scanned data is then brought into a common reference system, where data is merged into a complete model. This process called alignment or registration can be performed during the scan itself or as a post processing step.
Dental Digital Scanners: Intraoral and Extraoral 3D Scannersassem awad
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.
StructureScan Optical is a GPR system that uses optical barcodes and smart pad technology to simplify 3D data collection for concrete inspection and analysis. It can locate rebar, cables, and conduits in concrete in real-time. It has two antenna options, 1600MHz for general purposes to 18 inches depth and 2600MHz for higher resolution to 12 inches depth. It includes a control unit, antenna, cart, pads, and software for processing data.
Ebook1 an introduction_to_3_d_scanning_en_26082014karikou2005
3D scanning captures physical objects and brings them into the digital world. It is growing 15% annually and portable 3D scanning is fueling applications outside the lab. There are two main categories of scanners - contact scanners that require touching the object, and non-contact scanners that do not touch the object. 3D scanning is valuable throughout the product lifecycle for applications like concept design, CAD, prototyping, quality inspection, and tooling design. It allows capturing existing parts for integration or reverse engineering without drawings.
Direct Dimensions: 3D Laser Scanning for Digital Modeling and DocumentationDirect Dimensions, Inc.
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.
Sundt uses a Faro Focus 3D X130 laser scanner that can capture almost a million points per second with sub-sixteenth inch accuracy up to 400 feet. Complete and accurate laser scans provide numerous benefits like cost savings, reduced errors and schedule improvements. Laser scanning allows for photorealistic point clouds that capture spatial data without gaps unlike traditional surveying. Point clouds from multiple scans can be stitched together with typical deviations under a quarter inch. Laser scanning 20,000 square feet per day is not uncommon, with an additional day needed to process scans for design and construction teams. Utilizing laser scans provides clear virtual scenes for remote design and reduces site visits.
This document presents a marker detection algorithm for augmented reality applications in science textbooks. It discusses what augmented reality and markers are, and describes a 7-step marker detection algorithm to efficiently detect markers that may be partially occluded. The algorithm is implemented using Vuforia and Unity for augmented reality and 3DS Max for 3D models. Examples of using the algorithm to detect water and carbon dioxide molecule markers in an 8th standard science textbook are provided. Benefits of augmented reality in education are also outlined.
Revolutionize Your Projects with Falcon Survey's 3D Laser Scanning Survey Ser...falconsurveyme
Falcon Survey's introduction of 3D laser scanning survey services in Dubai marks a significant milestone in the region's surveying industry. By harnessing the power of cutting-edge technology, Falcon Survey empowers businesses and organizations to execute their projects with exceptional accuracy, efficiency, and cost-effectiveness.
Visit Here:- https://www.falconsurveyme.com/our-services/laser-scanning/
3D profiling uses a laser and camera to generate highly accurate 3D images of objects. It works by measuring the alteration of a fixed laser line projected onto an object from a camera at a known offset angle, generating thousands of profiles per second. This allows for extremely precise measurements of surface features, shapes, and defects at a micrometer level. 3D profiling is well suited for applications requiring non-contact measurement like quality control and inspection in manufacturing.
Brosure Laser 3D Scanning Systems Leica HDS Swiss JogjaMurabet, MRT
This document discusses the Leica ScanStation C10 and P20 3D laser scanners. It provides specifications for the instruments, including accuracy, range, scan rate, field of view, data storage, and other technical details. It also gives examples of how the scanners have been used for applications such as modeling mines, building information modeling (BIM) projects, and documenting crime scenes and historic battleships.
Making Augmented Reality Applications with Android NDKEvren Coşkun
This document provides an overview of augmented reality (AR) and discusses several key aspects of AR including:
- The history and foundational concepts of AR including how it differs from virtual reality by allowing users to see the real world with virtual objects overlaid.
- Important figures in the development of AR technology such as Tom Caudell who coined the term "augmented reality" and Hirokazu Kato who released the open-source ARToolkit.
- Common methods for implementing AR including marker-based AR, image target tracking, and location-based applications utilizing GPS, compass, and other sensors.
- Examples of current and potential future applications of AR spanning education, military, engineering, retail
2. A World of
APPlICATIoNS
Z Corporation, producers of the industry’s fastest, easiest-to-use and most versatile
3d scanners, makes 3d scanning ideal for a wide variety of environments and applications.
The ZScanner family of 3d scanners is the industry’s first handheld, self-positioning
3d scanner solution, making hard-to-reach surfaces readily accessible to scanning.
from reverse engineering to packaging and digital archiving, Z Corporation’s ZScanners
meet the needs of many specialized applications, including:
rEvErSE ENgINEErINg dIgITAl ArChIvINg EduCATIoN
Create aftermarket product de- Save money by digitally Enhance the learning process
signs with speed and accuracy. storing tooling, samples and across many disciplines, from
prototypes. engineering and architecture
PACkAgINg dESIgN to the arts. Medical students,
dIgITAl MEdIA, gAMINg for example, can create highly
design custom packaging by ANd ANIMATIoN detailed reproductions of
scanning product samples for complex organs and bone
exact geometry and texture Produce digital media for com- structures.
data. puter games and movies from
artist concept models.
MEdICAl orThoSIS
ErgoNoMIC dESIgN
ArTS ANd CulTurAl Make custom-designed braces
readily scan handcrafted hErITAgE and other devices for precision
samples to produce complex comfort.
designs from scratch. generate high-resolution,
low-impact scans for accurate
restorations and reconstructions
PArTS INSPECTIoN
of priceless artwork and archi-
Capture, align and compare tecture; document, research
data to increase quality control and replicate art masterpieces
both on the factory floor and for transportation, packaging,
in the field. ZScanners add museum shops and historical
value to a host of inspection archiving.
applications, including casting
verification, mould verification,
the ability to determine wear/
damage/originality comparisons
and more.
3. hoW Z CorPorATIoN SCANNEr TEChNologY WorkS
Connect the ZScanner® to your laptop Because it is a handheld device, ZScanners
with FireWire™ and add the reflective easily capture a complete scan of any object,
targets to the object. Quickly calibrate at any angle, in any location.
and start scanning.
ZScan™ software creates a polygon mesh of the
object’s surface in real time so you can see what
has and has not been scanned as you go.
EASY To uSE — vErSATIlE — ACCurATE —
ANYoNE CAN 3d SCAN uSE ZSCANNErS ANYWhErE hIgh-QuAlITY dATA ACQuISITIoN
ThE fIrST TIME
In just minutes, engineers, industrial Portable and lightweight, ZScanners are
designers, students and artists will be up ideal for use in confined spaces, have no ZScanner technology is based on a
and running with ZScanner technology. limit to the size of the parts that can be surface optimization algorithm that
handheld ZScanners have unprecedented scanned, and can scan parts of any color. helps ensure data quality. The more an
flexibility, capturing virtually any object ZScanners eliminate the need to search object is scanned, the more accurate
anywhere, allowing parts to be moved in for the “best fit” of multiple scans, sav- the data acquisition becomes.
mid-scan, and real-time surfacing that ing time and improving accuracy. Conversely, with traditional scanning
shows progress as you go, revealing technology, the quality of the data
hidden spots and ensuring a complete suffers the more the engineer scans
AffordABlE — and the more those scans overlap.
scan the first time. MINIMAl INvESTMENT rEQuIrEd
ZScanners do not require the purchase
of an expensive CMM, measuring arm, or
external reference additive. ZScanners
require virtually no setup time and have
no mechanical parts that can cause
significant downtime and require costly
maintenance.
4. A SoluTIoN To MEET Your NEEdS
Z Corporation 3d scanners are ideal for all application environments, from education and the fine arts, to the most
demanding design and manufacturing applications that require the highest resolution possible.
ZScanner 700 ®
The First Self-Positioning, Real-Time Surfacing, 3D Laser Scanner
The ZScanner 700 is the first truly portable laser scanner. This state-of-the-art 3d scanner
helps engineers improve design and inspection throughout the manufacturing process.
Connected to a laptop via a single fireWire cable, setup is quick and scanning objects is
easy, fast and accurate.
ZScanner 700 CX
®
World’s First Handheld Color 3D Laser Scanner
The ZScanner 700 CX extends the proven, handheld ZScanner 700 platform by providing
data capture in full color for more realistic and informative concept models and 3d
visualization. The ZScanner 700 CX is suitable for a range of applications, from product
design, cultural heritage, anthropology, archeology and art applications to digital
archiving, animation, packaging, medical orthosis and education applications.
• True color acquisition
• Automatic, 100% accurate texture mapping
• Adjustable and uniform texture resolution
• optimal file size
• dual scanning mode
ZScanner 700 PX
®
The Only Handheld 3D Laser Scanner with Large-Scale Photogrammetry
The ZScanner 700 PX combines the portability and ease of use of the award-winning
ZScanner 700 platform with built-in, consistent photogrammetric accuracy, for up to eight
times greater accuracy when scanning very large parts such as automobiles and aircraft.
The ZScanner 700 PX is suitable for reverse engineering and inspection applications, as well as
3d archiving, complex shape acquisition, measurements archiving, and damage assessment.
• Built-in AICoN™ photogrammetry software provides photogrammetric processing, control
software for post-processing and reporting, automatic calibration, automatic referencing,
adapter correction and feature measurement
• Eliminates leapfrogging and multiple setups, preventing exponential error accumulation
• ZScanner 700 PX provides an unlimited and configurable working volume
• Scanning and photogrammetric data is automatically stored and processed in just one step
• A decimate Triangles slider enables higher resolution while maintaining larger triangles on
flat surfaces for smaller .STl files
• Portable, light weight, with easy plug-and-play set up
5. The ZScanner product
family brings speed, ease
of use, accuracy and
unprecedented versatility
to 3d scanning.
ZScanner 800 ®
High-Resolution 3D Scanner for Demanding Application Environments
The ZScanner 800 includes all the capabilities of the ZScanner 700, plus higher
resolution and accuracy suitable for demanding 3d inspection applications as well
as reverse engineering, design, manufacturing, digital mockups and simulations.
• Provides 5X the resolution and 2X-3X the accuracy of the ZScanner 700
• A third high-definition camera increases scanning resolution and accuracy
within 40µm (microns) and detects changes in surface height down to 50µm
• Employs the first-ever automatic, multi-resolution function that self calibrates
the resolution based on the type of surface being scanned
• uses a simple, push-button activation for high resolution mode
ZScan™ Software
Speed and Automate the 3D Scanning Process
ZScan software automatically produces an .stl file for import into a 3d CAd
software package or output to a 3d printer. ZScan software features an easy-
to-use, intuitive interface, provides real-time processing from scanned data
to mesh, and allows you to increase or decrease mesh resolution without
having to rescan.
• Automatic decimation for optimized mesh output
• Windows XP and vista 64-bit support
• Customize 3d controls to imitate other 3d applications