New Scan to 3D support for SolidWorks 2010!

Measurement based Reverse Engineering Tool for MRO with ReverseEngineering.com 2010

ReverseEngineering.com announced today that its newest product, ReverseEngineering.com 2010, measurement based  reverse engineering and inspection software, has been optimized for maintenance, repair, and overhaul (MRO) operations. ReverseEngineering.com supports  64 bit supported CMM hardware under Windows 7 (WOW64).

ReverseEngineering.com 2010 is designed for feature measurement, inspection, and CAD-to-part comparison directly in Solidworks using popular 3D scanners , Laser Trackers and portable manual CMM arms.

ReverseEngineering.com 2010 is a Certified SolidWorks Gold OEM plug-and-play tool-set integrated with SolidWorks 2010 3D mechanical design software. Engineers and designers use SolidWorks with ReverseEngineering.com 2010 to capture and measure data from existing parts, while working directly within the SolidWorks environment. What this means is that you measure and digitize directly into a CAD system there is no translation or associated cost required.

ReverseEngineering.com 2010 is designed specifically to support the critical aspects of MRO.

Just some of the advanced features and capabilities of ReverseEngineering.com 2010 include:
   •  Pull-down menu, toolbar, and command manager integration
      that provides an efficient user interface for measurement.
   •  Repeat Part datum alignment.
   •  Integrated  Property Page Manager for quick data collection
      configuration requirements.
   •  Integration between scan device, mouse, and the CAD system
   •  CAD system Feature Tree Management lets you organize
      measured and nominal data.
   •  The ability to scan millions of points and create lock
      plane and radial profiles for inspection with user-defined
      plane tolerancing.
   •  On-Demand scan data database can be accessed anytime and
      modified at anytime.

Red Bull Racing Given Wings Thanks to Leica Measuring Equipment Supplied by Hexagon

Microns in industrial metrology mean hundredths of a second in Formula 1. Precision and reliability are what matters in both fields. In this elite class of motor sport, manufacturing tolerances are not a matter for discussion — any deviation from the specified values could cost a race victory, lose valuable points or ultimately the world championship title. The Austrian owned, UK-based Red Bull Racing Team relies on Hexagon Metrology as an Innovation partner. The Leica Absolute Tracker and the Leica T-Probe are generating lots of enthusiasm at the Milton Keynes factory.
Chris Charnley, Quality Manager at Red Bull Technology (the design and manufacturing part of Red Bull Racing), came straight to the point, “We have no time for mistakes.” The manufacture of Formula 1 cars demands precision and the highest standards in the development and manufacture of vehicle components. “Basically in our business we are continuously developing prototypes,” said Charnley. During the racing season, the general shortage of time felt by Formula 1 racing teams builds up to extreme levels; major modifications to the design to optimise the aerodynamics of the cars have to be completed in the period between two races — normally two weeks. “That’s what you call high pressure,” said Charnley. “Working nights and weekends then becomes the rule, but we have a lot of fun doing it, especially when we see the success of our efforts in the race.”

The range of applications for the Leica Absolute Tracker in the day-to-day development environment is wide and varied. Quality Engineer Mike Hughes is frequently contacted by the designers when they wish to check the dimensional integrity of a new component. “They come to us and ask not just if we could measure the part — they ask us for a ‘Leica-Check’. The measurement results from our four Leica Geosystems Laser Trackers are reliable and authoritative, and word has got around.”

Red Bull Technology measures the assembled racing cars, as well as the individual components. Formula 1 is a sport and sports have rules. The dimensions of the cars are strictly defined. 'Legality checks' are all part of the routine before every grand prix. Compliance with maximum and minimum limits is confirmed quickly and easily with the Leica Absolute Tracker and the Leica T-Probe. Jon Roberts, Metrology Specialist, described his experience, “There are many critical points on a Formula 1 car. We check the wings on the front and rear, the overall width of the vehicle, even the position of the pedals. Everything must be perfect down to the finest detail. With the Leica T-Probe, the difficult-to- access areas are simply more points to measure.”

Hexagon Metrology: Global technology partner
If worst comes to worst, Hexagon Metrology has already proved its worth as an innovation partner to Red Bull Racing. If the Formula 1 Team’s metrology engineers have to carry out a particularly difficult measurement, Hexagon Metrology technical service staff are there offering moral and practical support — if necessary, at a moment’s notice. The Hexagon Metrology Regional Service Centre in Milton Keynes is only a few miles from the Red Bull Racing and Red Bull Technology HQ. Even when the Formula 1 entourage sets off around the world, Red Bull Racing can depend on Hexagon Metrology’s global presence. The Red Bull Racing measuring system usually stays at home. For an event in Spain however, the racing engineers urgently needed an accurate measuring machine. One phone call was enough; Hexagon Metrology in Barcelona quickly made a Leica Absolute Tracker available.

The machinery park at Red Bull Technology includes several product generations of Leica Geosystems Laser Trackers. These systems are in use at the Red Bull Racing wind tunnel at Bedford. During the aerodynamic tests, the Laser Tracker continuously analyses how the model vehicle deforms in the wind. In addition, Red Bull Technology uses DEA coordinate measuring machines and a third-party CMM that has been modified with a Hexagon Metrology retrofit package.

Leica Absolute Tracker: A brilliant all-purpose tool
Charnley summarised, “The Leica Absolute Tracker is a brilliant all-purpose tool and without doubt one of our best investments. The speed of measurements justifies the investment by the time saved on component measurement. We are always discovering more uses for it. Accuracy, portability and reliability inspire the team. The Leica Absolute Tracker has played an important role in our many successes.”



CMM BUILDER, WENZEL, INTRODUCES INTEGRATED COMPUTED TOMOGRAPHY WORKSTATION CALLED “exaCT®”

New inspection product provides contactless 3D measurements of internal and external part surfaces allowing non-destructive and timesaving inspection of small and medium sized complex parts.


Wenzel GmbH recently introduced at the Control Show in Germany a new Integrated Computed Tomography Workstation call exaCT®. This new product was developed by the Wenzel Group Company Wenzel Volumetrik headed by Dr. Martin Simon a renowned expert in the field of Computer Tomography.
The new inspection machine, Fig. 1, allows the contactless 3D measurement of internal and external part surfaces allowing non-destructive and timesaving inspection of small and medium sized complex parts with small features manufactured from plastics, composites, ceramics, aluminum or magnesium.

Computed Tomography is an imaging method originally developed for the medical industry where digital geometry processing is used to generate a three-dimensional image of the internals of an object from a large series of two-dimensional X-ray images taken around a single axis of rotation.

High-Precision Measurement


The new Werth VideoCheck EA provides compact, high-precision multi-sensor coordinate measuring machine using air bearing technology.

Image processing is the primary sensor. Additional sensor options include; Laser, Scanning, Touch Probes, and the unique Werth Fiber Probe, as small as 20µm diameter. Probe magazines, articulated heads, and rotary/tilt axes increase its flexibility.

Applications include measurement of; injection nozzles, turbine blade cooling holes, stents, tooling, automotive, electrical, plastics parts and more.

Werth

Volkswagen Orders Carl Zeiss CMM for New U.S. Plant

Carl Zeiss IMT is proud to announce the extension of the long-time partnership with German car manufacturer Volkswagen AG. Carl Zeiss IMT has been named by Volkswagen Group of America as the supplier for coordinate measuring machines (CMMs) used to ensure the dimensional quality of car bodies for a midsize sedan.

Volkswagen is currently building a new plant in Chattanooga, Tennessee. This facility will be dedicated to an environmentally-friendly range of vehicles, and the new manufacturing plant itself will be equipped with many energy efficient initiatives. Volkswagen expects to employ around 2,000 people. Full production is scheduled to start in 2011.

Click here to read entire article

Monster CMM Meets Military Needs

When Science and Engineering Services (SES) recently leased 500,000 sq ft of the old Dunlop tire manufacturing facility in Huntsville, AL, they needed a big CMM -- and Xspect Solutions found one for them. The supplier of rebuilt and remanufactured CMMs has extensive expertise with large CMMs. So when SES, a Huntsville-based Dept. of Defense ISO 9001:2000, AS 9100:2004 Rev B and FAA approved 145 Repair Station manufacturing suppl ier, went to the Internet for a supplier of a large gantry-type CMM, Xspect stood out as the best potential source.

“We have recently secured a significant number of new hardware and services contracts from the U.S. Dept. of Defense and other related OEM manufacturers that required more manufacturing floor space to accommodate programs involving military equipment like tank components (turrets) and helicopters,” explains Millard Jernigan, VP for special projects for Huntsville SES. “The helicopter work includes modification, upgrade, rebuild, and painting of all types of Army helicopters. In Huntsville, we have had a 61,000 sq ft manufacturing facility for the past 12 years, but we recently leased 500,000 sq ft of the old Dunlop Tire facility and have completely refurbished this space to handle some of our new programs.”

The space is completely heated, air-conditioned, and newly painted. Large milling machines and a large waterjet cutting machine with a 13 x 13 ft bed, capable of cutting up to 8-inch armor plate, were installed. The capital investment program included a large CMM to provide the high-quality inspection needed for checking large airframes.

SIEMENS VERIFIES TURBINE BLADE GEOMETRY WITH METRIS LASER SCANNERS


Siemens, a worldwide leader in power plant turbines, investigate laser scanning to monitor the production quality of casting blades. Non-contact verification of blade geometry and alignment guarantees premium economy and long life in harsh turbine operating conditions. Powerful 3D scanning technology accurately captures the aerofoil surfaces of the blades as well as their fine alignment notches. A single mouse click triggers the automatic geometry verification process that provides detailed insight on the basis of graphic part-to-CAD comparison. LC50 laser scanning and Focus point cloud processing are the cornerstones of a much faster and operator-independent digital inspection process.

Capturing the complex geometry of turbine blades

The quality of turbine blades in stationary gas turbine power plants is critical. As hot combustion gas expands through the turbine, it spins aerofoil blades to drive a generator that produces electricity. Air-cooled in its internal channel, turbine blades reach high rotational speeds and face temperatures up to around 1000°C. Turbine blades are designed for optimum aerodynamics and mass center location, and are made of advanced metal alloy castings to increase strength, resist extreme temperature, and avoid corrosion. Inaccuracies in
blade geometry and positioning may cause energy conversion efficiency loss and untimely blade failure.

Read the entire article

Delcam offers free workshop on CAD-based inspection at its Birmingham headquarters

Delcam will be holding a free workshop on the use of CAD-based inspection at its Birmingham headquarters on Thursday 11th February. Inspection based on CAD models is steadily replacing measurements based on drawings. The Delcam workshop will include a combination of technical presentations and practical demonstrations to show how the newer technique can improve quality, reduce waste and increase productivity.

The presentations will cover three alternative methods for CAD-based inspection; CNC inspection using a standard co-ordinate measuring machine, manual measurement using a portable inspection arm, and on-machine verification using a probe fitted to a machine tool. This will enable delegates to choose the most appropriate approach for their inspection needs.

CNC inspection enables the automation of the inspection of a series of parts. The inspection program can be created off-line so minimising any interruption of the CMM’s work. In addition, the program can be simulated on the computer to ensure that all the necessary measurements will be taken, and that there will be no unplanned collisions between the probe and the part during the inspection routine.

The use of portable measuring arms can give more flexibility as they can be moved to the part, rather than having to move the part to a dedicated measurement area. Measuring arms can often give access to both sides of the component and to areas that would be difficult to reach with a conventional CMM, so allowing more comprehensive inspection in a single set-up.

The main advantage of on-machine verification is that mistakes can be identified where they can be corrected. Movement of the part back and forth between the machine tool and the CMM can be avoided, which can be both difficult and time-consuming for large, heavy parts. There can be concerns over using a machine tool to check its own work but these worries can be minimised by verifying the accuracy of the machine with standard artefacts in the same way that a CMM can be checked.

All of the demonstrations will use the latest version of Delcam’s PowerINSPECT software, the world’s leading hardware-independent inspection software. This offers even faster and easier inspection of parts, tooling and prototypes against CAD data with simpler creation and editing of inspection sequences, an extended range of pre-defined sequences for common measurement patterns, improved simulation and more flexibility to reuse measurement results.

Hexagon Metrology announces DataPage+

North Kingstown, RI – January 6, 2009 – Hexagon Metrology announces the release of DataPage+, a completely new version of the long-running DataPage product, which provides seamless integration with PC-DMIS, the de facto standard measuring software. DataPage+ provides meaningful, actionable and timely feedback to the shop floor to reduce waste, eliminate bottlenecks and streamline manufacturing processes. This results in measurable savings in time, resources and money.


Features of DataPage+ software, which was completely rewritten for this release, include an industry standard SQL Express database format, seamless integration with PC-DMIS to pass inspection data to DataPage+, a full complement of run charts, histograms, and a powerful optional feature that integrates CAD data into a customizable, interactive report format.

“The CAD integration in DataPage+ is its most unique feature,” said Ping Fang, product manager for DataPage+ at Wilcox Associates, Inc. “It’s natural that PC-DMIS, the leading CAD-based metrology software, would spawn a CAD-based SPC reporting package. This is similar to the Dataview feature from the prior version of DataPage, which showed a static wireframe CAD view with corresponding flags to the measured features. The new version takes this CAD-integrated reporting concept several steps further, allowing the user to rotate and zoom a solid representation of the CAD model live within the report, reorganize the data flags and select what type of data they display. It’s taking what was once a static presentation of data and making it dynamic and interactive.”

Read Entire Article

Revware Systems Announces MobiGage®, A Hand-held, Wireless 3D Metrology System for MicroScribe® Portable Digitizers

SAN JOSE, Calif.--(BUSINESS WIRE)--Revware Systems, Inc., the leading developer of CAD-Driven Reverse Engineering software and manufacturer of the MicroScribe digitizer for touch and laser digitizing solutions, announces worldwide release of MobiGage, a uniquely integrated metrology system for MicroScribe digitizers. The release is part of Revware’s strategic initiative to bring a broader catalog of affordable productivity tools for professionals who rely on real-time measurement.

Tom Welsh, Revware Systems president explains, “MobiGage is the first hand-held metrology application. Installed on an Apple® iPhone® or iPod touch®, MobiGage uses wireless communication to manage data collection from one or more MicroScribes linked to a MobiBox® Silver interface. No other computer is needed. This is the ultimate tool for portable, untethered measurement.”


“MobiGage is the first hand-held metrology application. Installed on an Apple® iPhone® or iPod touch®, MobiGage uses wireless communication to manage data collection from one or more MicroScribes linked to a MobiBox® Silver interface. No other computer is needed. This is the ultimate tool for portable, untethered measurement.”

MobiGage expands the use of MicroScribes from its base of modeling applications into the market for lower cost metrology applications. With MobiGage you can easily and quickly capture a full range of part measurements or create, edit and run repeatable measurement plans complete with reporting. The MicroScribe/MobiGage solution follows measurement methodology industry standards that include: NIST & PTB fitting, ANSI Y-14.5 GD&T, RPS alignments, and Modifiable HTML, tabular, AS9102 reporting. MobiGage requires an Apple iPod-Touch or iPhone, a MobiBox Silver wireless interface and a MicroScribe G or M series portable digitizer.


Bill Hoverter, Revware Systems VP of sales states, “Tom and I thought long and hard about what MicroScribe metrology should be. Portability, reliability, ease of use, intuitive action, these are hallmarks of all of our products and I am pleased to say we have also achieved that with MobiGage. I believe that the MobiGage and MicroScribe metrology solution sets the new state of the art in mobile inspection and we made it easily affordable on top of that.”

About Revware Systems, Inc.: Revware Systems provides MicroScribe digitizers, peripherals and measurement software to a worldwide network of distributors and resellers. MicroScribe digitizers are supported by over 50 professional software applications and are integrated into the products of more than a dozen OEMs. The parent company, Revware, Inc. has provided digitizing hardware and Cad-Driven Reverse Engineering software, including RevWorks®, a SolidWorks® Gold partner application, to the world market for nearly two decades. For more information about Revware Systems and products, visit the corporate web site at http://www.revware.net/.


Optimized Gear Measurements with GEAR PRO 3.6

The latest version of GEAR PRO, the gear wheel measuring software from Carl Zeiss, simplifies the measurement of gears.

Narrow tolerances are the only way for gear wheels to transfer forces quietly with almost no loss. Compliance with these tolerances must also be measureable. GEAR PRO® is a software module for CALYPSO® measuring software from Carl Zeiss. It is a user-friendly plug-in that guides users through the entire gear wheel measurement using simple menus. The measurement results are displayed as a measurement log or a graphic. Already captured measurement data can be reevaluated subsequently—even with changed parameters. The different modules of GEAR PRO allow for standard and workshop-compliant measurement of practically all gears. GEAR PRO 3.6 is a new, optimized version of this measuring software.

Screw compressors and rotors can be quickly and easily measured with the new module GEAR PRO rotor. Screw compressors are used, for example, in large ventilation fans in mines or in special compressors to increase the performance of combustion engines. Even complex contours with undercuts are automatically measured by GEAR PRO rotor. The internal CAD model helps determine the stylus that best fits the rotor contour.

With GEAR PRO bevel it is now possible to measure pinions and ring gears without a rotary table. The part can be aligned in any coordinate axis. This function is particularly useful for the measurement of long shafts (>1 meter) for commercial vehicles and ships. In the past, such parts could only be measured with rotary tables and measuring machines with an accordingly large Z measuring range. Now there are practically no limitations on the shaft length. Ease of use is ensured by the automatic stylus selection which chooses the best stylus for the corresponding position on the workpiece.

The GEAR PRO involute module with the beveloid plug-in enables the simple measurement of beveloid gears. The shape of these conical gear wheels is achieved through a profile modification via the variable width of the gear tooth. These gear wheels are often found in car transmissions. They make it possible to have a more compact design such as that required for twin-clutch transmissions. This type of gear wheel is also used for ship gearing. Until now, these gear wheels had to be measured over several runs. GEAR PRO captures the complex run in one measuring program. This also means that one measurement log contains all results.

With the extensions for the existing software modules of GEAR PRO and the new GEAR PRO rotor, Carl Zeiss demonstrates that the measurement of gears does not have to be complicated.