Andreas Wolf , the 22-year-old self-employed owner of a factory that produces steel products started his own business at the age of 20 and started his operation from his workshop in his parents’ basement garage.
Fairly early, Andreas found that he was inundated with requests from customers for high levels of accuracy, percision and quality. But how could Andreas guarantee this complete quality? By using the FARO Prime of course!
Offering the highest FaroArm accuracy, the Prime is the ideal solution for all your inspection and measurement needs. Andreas is one of many users who is extremely pleased with his choice of portable CMM saying: “The FARO Prime is a great measuring tool, even for complicated components. The FaroArm handles better than any other arm that I’ve tried”.
Andreas’ ambition has lead him to beginning his training to become an expert welder, further showing he really is one of Germany’s most astounding entrepreneurs.
For Andreas’ full story and more, download FARO Cosmos now!
Bischoff + Scheck, a well-known name in motor sport, specialises in building special-purpose vehicles.
Founded in 1997, Bischoff + Scheck is now the biggest name in tailormade transporters for racing teams, mobile medical labs, and off-road vehicles for exhibitions.
In 2007, when given the opportunity to work with Vodafone McLaren Mercedes, Bischoff + Scheck jumped at the chance…and who wouldn’t? With Vodafone McLaren Mercedes individual needs in mind, Bischoff + Scheck designed and built a 3-storey building which could be fully dismantled for transportation and re-assembled in 2 days, making it ideal for being set up by the racetrack.
JCB are the world leaders for backhoe loaders and telescopic handlers, with 22 plants in four continents. This naturally brings with it the need for total quality assurance in operations.
Part of the company’s increasing investment has been in extremely accurate jigs and fixtures and new machining centres, which put JCB in direct control of component quality. These new machining centres are able to self-position and ‘find’ components to maximise machining precision, ensuring consistent quality to fabrications.
In order to ensure quality, JCB awarded the responsibility for their jig and fixture calibration procedures to Manchester Metrology. Based in North West England, Manchester Metrology is a full service provider, specialising in the measurement of engineered components that are manufactured to fine tolerances. Using the FARO Vantage Laser Tracker, Manchester Metrology has been able to guarantee JCB; accuracy, total quality and even detailed traceable certificates.
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Audi has become a very serious player in the International GT Open Season, with racing-related activities being carried out by their stand-alone division under the banner of ‘quattro GmbH’. With one win already this season, Audi have set their sights on building on their outstanding success last season.
The Schwarz Group has a long tradition as a medium-sized trade business. Founded in 1921, it is now a internationally-renowned manufacturer of containers, equipment and apparatus.
Peter Ammer is responsible for product quality at The Schwarz Group and no part leaves the company’s
grounds without his seal of approval.
Peter’s mission for the highest quality possible for The Schwarz Group’s products naturally led him to needing a reliable measuring device with both accuracy and range. He opted for the FARO Laser Tracker and Ammer swears by this portable all-in-one coordinate measuring device as it lets him easily measure components anywhere in production, such as directly in the milling machine.
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What is augmented reality? And why is it such an interesting area for the manufacturing industry?
AR is quite literally enhanced reality, where personal perception of reality is overlaid onto a computer generated virtual reality. It supplements a user’s perception by offering digital information that directly relates to their real perception and allows real-time interaction.
Currently Bertrandt have fully implemented the FaroArm with Metalo Engineer software in order to maximize quality assurance, allowing for real-time interaction with products. Using the FaroArm for augmented reality is merely one example of how flexible the FaroArm is, making it the ideal solution for all your inspection requirements.
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With technology improving at a rapid rate and goods becoming more advanced, the parts required for manufacturing have also become more complex and complicated. This has meant the need for tighter tolerances when carrying out quality checks.
A traditional style co-ordinate measuring machine (CMM) can be used to check a small run of parts and this process is very thorough and creates a large amount of data which can be useful. However, the downside to this method is of course that the parts have to be moved from the shop floor into the lab and this can be very time consuming. Also, using a CMM for high volume inspections can frequently generate bottlenecking caused by a lack of operators for the CMM or time to finish a complete inspection of a large amount of parts.
No, Marvin Gaye never sang about manufacturing. If there is but one takeaway from the R&B legend’s soulful catalog, it is this: let’s get it on (machine). For too long, many of you have brought heavy part after heavy part to your fixed CMM for inspection, ignoring that a simpler, more accurate and less taxing solution exists. You should be inspecting and measuring in-process or finished parts on (or near, I suppose) the machine tool. Here’s why.
1) Environmental Flexibility: Still paying (and working) to maintain a climate-controlled inspection room to house your fixed CMM? Well, stop it. Portable CMMs adapt to the typical factory floor environment. Plus, you’ll reduce machine interruptions during the machining process because the part won’t have to travel to another location for inspection.
2) On-the-spot Analysis: With a portable CMM, users can accurately verify their processes and setups with just a few button clicks. Proper tool and part alignments can be validated before machining critical features. Features can be analyzed after each step of machining. So, problems can be diagnosed quicker, leading to reduced inspection times.
3) Tool Wear Detection: Using a portable CMM can detect if a part is out of spec, true-enough. But, the data collected can help detect if the tool itself is degrading.
4) Time Savings: Tired of walking heavy parts to and from the inspection area? Had enough of lost time due to rework because you didn’t catch part deformities on time? Can’t stand waiting for your machine tool get going after you, again, had to shut it down to go inspect a part? Just asking.
5) Cost Savings: The proverbial “all of the above” answer here. Lost time due to machine outage, out-of-spec parts, tool wear and travel time cost money? Want to save money, effort and potentially days of downtime? Get yourself a portable CMM and start measuring on-machine.