The Internet & Technology Blog http://kremtronicz.posterous.com The Internet & Technology On the Go! posterous.com Fri, 11 May 2012 02:46:00 -0700 Forensic Industry and Faro Arm Resolutions http://kremtronicz.posterous.com/forensic-industry-and-faro-arm-resolutions http://kremtronicz.posterous.com/forensic-industry-and-faro-arm-resolutions

Not everyone are familiar with the amazingly vital role played by the FARO Arm in industries. However, those who are familiar could not help but be impressed with the performance of these Arms and how the technologies make the world an easier and more efficient place to live in, even for people working in difficult and highly challenging fields.

 

The product of the FARO Arm has been proven by businesses providing accident reconstruction services. These companies must simulate collisions in order to document the accident. With help from 3D images of the vehicles involved and even the railways from the actual scene of accidents are readily made available to the police for analysis.

 

Look at the Forensic Industry. Workers provide their expertise to allied industries like transportation, insurance and legal industries. Even with modern transportation facilities in the United States and in other parts of the globe, accidents can occur because of human errors, lack of diligence, or plain bad luck. And when they do, society requires an agency to explain the cause and consequences of such accidents. The FARO Arm has proven very useful in this arena. There was a time when no one could see what happens during accidents except perhaps, through the different statements of the witnesses. But with the faro arm, the experts get witness testimonies and they are able to recreate the exact 3D scenario before, during and after the accident. For many experts, the most efficient way to determine the cause of an accident is to capture 3D models of the vehicles involved with the use of the faro arm.

 

The 3D models are then used to analyze the cause of the accident, by recreating a 3D environment. The Microscribe and FARO Arm is widely regarded as a good and vital investment for almost all industries, particularly those working in forensics. Aside from helping the authorities in determining the causes of an accident, the FARO Arm is also able to provide more information so that safety measures can be put in place to avoid a similar accident from happening again. Quite a few of businesses in the forensics industry admit that the ROI using faro arm comes quickly. For example, the faro arm allowed their businesses to analyze certain events which would have been difficult to do without the scene re creation provided by the faro arm.

 

The solutions and explanations to some accidents take time even with modern records. But with the advancement of the faro arm and software from ReverseEngineering.com, the Forensics Industry has increased their efficiency level and are now able to provide precise measurements and 3D models in a matter of minutes or just a few hours. The FARO Arm is a device that makes reverse engineering streamlined. It also allows inspection and calibration of certain objects. And with the right software, measurements are taken by the faro arm with unparalleled precision.

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Mon, 01 Aug 2011 13:34:00 -0700 ROMER Going For Excellence At All Times http://kremtronicz.posterous.com/romer-going-for-excellence-at-all-times http://kremtronicz.posterous.com/romer-going-for-excellence-at-all-times

If you work in the manufacturing industry then you have likely encountered one of ROMER's 3D measuring arms. They are actually used all over from assembly arrangements, product development, 3D scanning, dimensional confirmation and reverse engineering inter alia.

The majority of industries industries find ROMER's products enormously functional in numerous processes including verification applications, inspections and quality control. After all, they have upheld that using ROMER products resulted to faster cycles in inspection, increase in manufacturing efficiency, lessening of scrap and improvement in the entire manufacturing and production process.Over 100 industries have gained and continue to gain with ROMER products like those in the business of military defense, heavy equipment, tube bending, molded plastics, automobile industries, aerospace, furniture and countless others.

It all started when the earliest jointed, multi-axis arm for tube assessment was patented in 1973 by ROMER forefather Homer Eaton, who moreover created Eaton Leonard Corporation. The industries wanted a portable inspection and measurement solution and ROMER answered that need. After approximately thirty-seven years, ROMER's original innovation was a forerunner to the cutting edge portable metrology solutions manufactured by ROMER currently.

The portable articulated arm was actually presented in 1986 after the formation of ROMER SARL by Eaton and Romaine Granger. This led to the formation of ROMER, Inc. to market to North American and outside it the products from ROMER France. Business grew quickly for ROMER with the introduction in the United States of the 1000 Series Portable CMM.

ROMER's reach expanded in 2000 after a marketing agreement was entered by ROMER France and ROMER USA which let each company to sell their products within the historical region of the other. ROMER USA began to sell its products outside North America in March 2000 through the creation of CimCore. Its products are likewise marketed in Mexico, Canada and the US.

With its marketing arms in position, ROMER started to introduce one product after another starting with the portable 2000i high accuracy CMM, the GridLOK 3D system for large volume measurement and the portable STINGER CMM in 2001. Then came the new and improved transportable CMM-3000i, the SpaceLOK and the low cost transportable CMM-New Stinger II in 2002.

The first real-time laser scanning inspection system known as LSI system, the 3000iSC and the TooLOK was introduced by ROMER in 2003 and the Infinite Arm in 2004.

ROMER was then acquired by Hexagon AB in 2004 which paved the way for the transfer of ROMER to Michigan, USA to the Hexagon Metrology Precision Center the following year. The acquisition did not slow ROMER from innovating as it formed Hexagon Metrology Portable Metrology Group by joining forces with the Leica Geosystems Metrology Group in 2006.

ROMER's assertion to the "Infinite Rotation" feature in their products in the United States market has been sustained once again when a second re-examination certificate was issued by the U.S. patent offices to ROMER.

With its union to Hexagon Metrology, Inc, in 2009, ROMER has become well-known as a Division of Hexagon Metrology. The business has continuously bettered its Quality Management System since the time it was registered for ISO 9001, resulting in a greater customer satisfaction rate.

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Sat, 23 Apr 2011 16:06:00 -0700 Learning 3D Scanning Software for ROMER http://kremtronicz.posterous.com/learning-3d-scanning-software-for-romer http://kremtronicz.posterous.com/learning-3d-scanning-software-for-romer

The entertainment industry is one of the industries that benefit from using 3D scanners that are necessary only when used with 3D scanning software for Romer. These scanners are used for the production of video games and movies.

Romer 3D scanners are also wildly used in orthotics and prosthetics; quality control, inspection, and documentation of cultural artifacts; industrial design and reverse engineering.

This device is very useful in these industries as it analyzes collected data on the object's appearance including shape and color. Such data is important when digital models that are three-dimensional for use in a wide variety of applications.Some applications for the 3D scanning software from Romer

The 3D laser scanner-equipped arms of Romer are important fixtures in industrial metrology where they have several distinct purposes. However, the functions of these arms depend on the 3D scanning software for Romer it is equipped with.

Reverse Engineering

With the use of 3D scanning software for Romer, 3D scanners can produce a three dimensional model of a specific object which is then converted into CAD. Reverse engineering makes possible the creation of a model of an object, for comparison or improvement purposes. This is especially useful where no part drawing or even CAD exists.

Inspection

The use of Romer's 3D scanning software in the various types of inspection from incoming inspection to final validation is also a vital function. A Cloud-to-CAD three-dimensional comparison also relies on laser scanning. Manufacturers are too able to compare parts with their corresponding CAD models through 3D scanning.

Copy Milling and Rapid Prototyping

Copy milling, which utilizes CAM software to read and duplicate a point cloud scan data, is necessary in machine tools. Rapid prototyping on the other hand, is the process of scanning and converting a physical model or a sample part into its CAD representation for reproduction purposes.

Romer's 3D scanning software promises to create scans of an object in different angles. This ensures that the end product is a precise three-dimensional representation of the object or the part scanned. Take the case of the auto industry which relies on the 3D scanning software for Romer. It is only with an accurate 3D scan of its vehicle models that the industry can come up with realistic three-dimensional models for any purpose at all.

Romer's 3D scanners perform much like the cameras which collection information of clear surfaces within its view. Eve though the common perception that 3D scanning using the 3D scanning software of Romer, that is far from the truth. Scans undergo a long process which includes the actual scanning which can mean multiple scans, alignment and the whole 3D scanning pipeline.

While technologies like the 3D scanning software for Romer are irrefutably advanced, they do not work like magic. Yet take a look at the resulting product and you will realize that despite the many challenges and limitations of the technology, Romer clearly captures the exact shape and size of a physical object and magically comes up with a precise three-dimensional representation of any object.

 

 

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