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Faro edge 3d scanner
FARO Design Scan Arm 2.0
New FARO Design Scan Arm 2.0
HIGH-RESOLUTION SCANARM FOR REVERSE ENGINEERING AND CAD-BASED DESIGN
The FARO® Design ScanArm 2.0 is a portable 3D scanning solution tailored for 3D modeling, reverse engineering, and CAD-based design applications across the product lifecycle management (PLM) process.
Introducing the Next Generation of the FARO Design ScanArm 2.0
High-Resolution 3D Scanner for Reverse Engineering & CAD-Based Design Applications
The Design ScanArm 2.0 offers an exceptional combination of flexibility, reliability, value and performance through best-in-class accuracy, resolution and ergonomics.
The FARO® Design ScanArm® 2. 0 features the FAROBluTM leveraging the optically-superior blue laser technology with fast scanning speed to deliver high-resolution point cloud data and the ability to seamlessly scan challenging products, objects and prototyes without the need for spray or targets. With a weight of only 9.5 kg* a 25% weight reduction, the new Design ScanArm 2.0 is lightweight and maneuverable for extended operation. Optional ScanArm lengths of 2.5m, 3.5m and 4.0m provides an optimal fit for the specific design objective. The Design ScanArm 2.0 comes equiped with dual, hot swappable batteries that enable continuous operation with no the need for external power within the design studio or engineering lab. New kinematic iprobes for easy connect/disconnect combined with a simplified quick release user interface, makes the device effortless to operate regardless of skill level or 3D scanning experience.
The FARO Design ScanArm 2.0 is the ideal 3D scanning solution for any organization that may have the need to manufacture parts without existing CAD models, develop aftermarket products that need to fit tightly with existing products, reverse engineer legacy parts for design changes or replacement, create digital libraries to decrease inventory and warehouse costs, design aesthetically pleasing, freeform surfaces, or leverage the power of rapid prototyping.
Brochure
Accelerate Design with High-Resolution 3D Scanning Technology
Accelerate Design with High-Resolution 3D Scanning Technology
Tailored 3D solutions – such as the FARO® Design ScanArm 2.0 – are engineered to address the most demanding challenges and requirements faced by product design, development and engineering professionals, enabling a more efficient workflow.
Applications
The Design ScanArm is the ideal solution for any organization that may have the need to manufacture parts without existing CAD models, develop aftermarket products that need to fit tightly with existing products, reverse engineer legacy parts for design changes or replacement, create digital libraries to decrease inventory and warehouse costs, design aesthetically pleasing, freeform surfaces, or leverage the power of rapid prototyping.
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Reverse Engineering
Quickly digitize legacy parts to support design changes, replacements, incorporation into new designs, or to perform competitive analysis
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CAD Reconstruction
Create manufacturing-ready CAD files for parts that broken, lost, or unavailable.
Quickly and accurately scan OEM parts enabling the efficient design of aftermarket products in CAD based directly on the geometry of the mating part.
Capture the as-built condition of complex tools and molds in order to update the tooling to support a new model or variant or to reproduce or move the assembly line.
Conduct wear and tear analysis and create as-built documentation on parts and tooling prior to maintenance efforts and create custom fit replacements for critical repairs.
Create digital libraries to decrease inventory and warehouse costs that can be reproduced as needed in the future.
Easily digitize complex, organic, challenging shapes for quick iterations to design aesthetically pleasing and functional freeform surfaces.
3D scan data can be easily produce a watertight, 3D printable mesh or a scale model to feed directly into a 3D printer
The FARO 8-Axis FaroArm® System to Set New Standards
Real Time Part Rotation Accelerates Inspection and Design Workflows
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Laser arm 3D Scanning services india with Faro scan Arm
Laser arm 3D Scanning services india with Faro scan ArmBuy
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Arm-based 3D Scanning Services
When Scanning and Probing Matters!!
On-site 3D Scanning Visit Precise3DM Scanning center
Arm laser 3D Scanning service, integrating both 3D Scanning and probing, helps capture the complicated freeform shape along with 2D features using probing, such as holes positions, extract planes, slots, and other geometries for various applications.
Precise3DM equip with a newly calibrated Faro arm scanner to cater to our India customer with faro arm laser 3D Scanning services.
Faro arm based Scanner
Key Features
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Faro edge arm has provision for mounting different length probes to measure and extract features that difficult to access.
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Our portable CMM (coordinate measurement machine) arms, mounted with a laser line probe, are just right for 3D Scanning small-to-medium-sized parts with precise measurements.
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Precise3DM provides PAN India on-site 3D Scanning services for Faro arm laser 3D scanners.
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All our Faro arms are the latest calibrated with proper certifications.
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More than 6 locations in the county enabled pan India customers to 3D Scan using Faro arm locally.
Machine specification
Scanner Name |
faro arm based Scanner |
|---|---|
| Mounting | Arm based Scanner |
| Accuracy | Scanning: 0.03mm / Probing : 0.001 |
| Field of View | 115mm |
| Scan Range | 1. 8m |
| Point Spacing | 0.0381mm |
| Depth | 115mm |
| Speed | 5,60,000 p/s |
| Resolution | - |
| Pixel | - |
| Technology | laser scanner |
| Temperature | 10°-40° C |
| Power Source | 100 to 240 V AC |
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FaroFocus arm base 3D Scanner significantly increases scan coverage without sacrificing accuracy while providing exceptional speed and feature definition.
With its lightweight, compact design, it is completely unobtrusive. The scan head is positioned for better ergonomics and unobstructed hard probing. It has Built-in LED indicator lights to provide feedback in the optimum scanning range. This arm base 3D Scanner is used in various applications like aerospace, automotive, metal fabrication, molding tools and die.Previous Next
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We bring our complete Farofocus 3D Scanner setup to your location to scan objects
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Frequently asked questions
What are the applications of laser arm 3D scanners?
It is ideal for inspection and quality control, point cloud comparison with CAD, reverse engineering, rapid prototyping, and 3D modeling of irregular and asymmetrical shapes, most commonly known as free-form surfaces.
How big can I scan using an arm Laser 3D scanning?
You can 3D scan objects from 100 mm to a maximum of 500 mm sized items. However, it's possible to 3D scan an even bigger object by using 3D software capabilities by creating a 3D scan group and matching the overlapping areas of the 3D scan groups.
What can I 3D scan using arm laser 3d scanners?
3D Scanning of sheet metal components, Die casting parts, plastic components, two-wheeler bike frames with many holes positions, and butting surfaces, or any medium-size objects that have got 2D geometric features and freeform shapes.
Can I move the parts while 3D Scanning using the Faro arm?
Movement during the Scanning will cause scanning inaccuracies, which means that while scanning with a CMM arm, it is important for the proposed part or parts to be motionless.
What are the cities in India where you provide 3D scanning services?
We provide 3D scanning services in India's populous metro cities, mainly 3D Scanning in Chennai, Mumbai, Pune, Bangalore, New Delhi, and Chandigarh.
Does the faro scanner give CAD output directly from the physical component?
No, 3D scanners directly manufacture ready 3D models. There is a digital reverse engineering process that converts 3D scan to CAD.
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IRNITU-NR ISTU archaeologists scanned the ancient burial grounds and settlements of Transbaikalia
Employees of the research laboratory "Archaeology, paleoecology and life systems of the peoples of North Asia" NR ISTU are working on the technology of 3D scanning of archaeological objects, the head of the laboratory, Professor Artur Kharinskiy, told the press service of the university.
July 10 - 30, ISTU archaeologists together with representatives of the Department of History of the Trans-Baikal State University and Institute of History, Archeology and Ethnography of the Peoples of the Far East DO RAS studied burial grounds, cities and border systems built in the X-XIII centuries. in the valley of the Argun river (Trans-Baikal Territory). The study of these objects will help to create a picture of the life of the region in the period when its territory was part of two empires, one of which was created by the Khitans (the Liao empire of the 10th-11th centuries), and the other by the Mongols (Eke Mongol ulus of the 13th-14th centuries).
“There is a system of structures in Transbaikalia that can be called an ancient border line. At the end of X - beginning of XI centuries. The Khitan emperors, in order to protect their state from the raids of militant nomads, built a rampart along its northern borders, to the south of which there was a series of settlements - outposts.
This year we carried out a topographic survey of five of them, and on one of the settlements - Middle Urtuysky, we undertook excavations. For scanning, the smallest of the settlements, Small Konduyskoye, was chosen. While Russian archaeologists do not widely use 3D scanning of large archaeological objects, we are one of the pioneers in this area,” says A. Kharinskiy.
According to Fedor Malkov , a fourth-year student of the Faculty of Cybernetics of ISTU , two scanners were used for field work: a mobile NextEngine 3D Scanner for processing simple-shaped objects that do not require high accuracy, and Faro Laser Scanner Focus 3D - for scanning objects of large sizes, for example, pisannits, rooms, interiors and structures. Recall that in June 2012, F. Malkov created a 3D model of the skull of a person who lived in the early Iron Age. Then the student developed three-dimensional models of products made of bronze, ceramics, stone and bone, etc.
“We spent about 2.5 hours scanning one burial that dates back to the Bronze Age. We scanned at night, since this method requires a certain darkening, says F. Malkov. – In this case, we moved the device over the object without removing it from the ground. Meanwhile, traditionally the object moves in a circle so that the cameras perceive the reflection and a three-dimensional model is created based on this data. 3D scanners can present a highly detailed digital model, as well as convey its general features, depending on the tasks.”
A. Kharinskiy notes that the value of the technique lies in preserving the integrity of the object under study, without extracting it from the archaeological environment.
“The fact is that archaeologists study the find in the field, make sketches and photograph it, and then the object is removed for final analysis in office conditions,” says A. Kharinskiy. - In this case, the find may be destroyed. In addition, the initial fixation is not always successful.
