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Starrett analyzed the conventional RYE data collection process and quickly determined that RYE would benefit greatly by utilizing its DataSure 4.0 (DS4) system. Understanding the importance of achieving top data integrity, RYE reviewed its inspection and data acquisition process with Starrett. RYMSвЂ™ in-house production includes machined parts for the Ford FR9 V8 NASCAR programs, Ford Mustang 5.2L V8, and other motorsports, aerospace, defense and high-tech industries. In addition, Roush Yates Manufacturing Solutions (RYMS) is a precision CNC parts manufacturing organization with expertise in multi-axis machining of metal and plastic parts with complex geometries. RYE is the exclusive engine builder of Ford Performance for the top levels of NASCAR including the NASCAR Cup and Xfinity Series, as well as the IMSA Michelin Pilot Challenge. To help achieve its demanding performance and company goals, Roush Yates Engines (RYE) of Mooresville, NC, chose Starrett precision measuring tools and metrology systems to ensure that critical design specifications are being met at the level expected and required by engineering. Multiple Starrett Wireless Indicators in engine-mounted fixture capture and transmit T.I.R. Online form-based digital calculators can demonstrate that. The time and money saved by going wireless and implementing a data collection system is incomparable. With the simple push of a button, the measurement data is stored for future analysis or for history purposes. Using wireless precision gages, inspectors can measure with confidence in order to qualify the part. Quality control is the last step when producing manufactured parts, so if a вЂњbad partвЂќ slips by, problems can result in the assembly of the final product or the use of the part in the final product. Also, wireless gages promote a cleaner work environment by removing the need for a log journal and pens/pencils, in step with lean manufacturing.

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Accurate measurement data provides assurance for the end user and insurance for the manufacturer.Д«y using wireless tools and an advanced data collection software system, the data can be efficiently integrated in ERP/ MRP programs. Whether it be for ISO, government, aerospace or medical requirements, or for smaller shops, the need for accurate data is crucial for traceability to demonstrate qualified parts or to trace back any manufacturing errors. Wireless precision measuring tools are engineered for efficient data collection for a wide range of end uses. Wireless provides speed, convenience and ease of collecting and storing data. In this way, operator subjectivity and recording measurement errors are removed, and time is saved when not manually transcribing data. Also, by eliminating backpacks and cables, there is less equipment to purchase, so startup costs are decreased, and related maintenance requirements are reduced within the manufacturerвЂ™s shop tool calibration program.Д¬ollecting and transmitting measurement data is faster and less error-prone, facilitated simply by measuring and pressing a button to send the data to a mobile phone, tablet, or PC. The need for bulky and cumbersome hardware such as backpacks and cables which can be safety hazards is eliminated. Key benefits of using wireless gages, including using them as a gage only or within an advanced data collection system, are as follows: Relatively recently, wireless precision gages were introduced. Properly used, the data collected can provide printouts for analysis and can help a machinist control processes, as well as predict and prevent out-of-tolerance conditions. Yet, it was not until after the Civil War that machines and measuring tools approaching the accuracy of modern standards were developed.Д®lectronic gages are capable of transmitting data through cables or wireless without cables, to collection devices to provide a permanent record for SPC, required for many industries today. There was tremendous growth in mass production of all types of goods during the 19th century.

Eli Whitney first conceived the basic idea of mass production through interchangeable parts, and it was only through improved methods of measurement and mechanically powered machines that would make mass production possible. However, todayвЂ™s mass production demands precision measuring because the parts in any product must be uniform to be interchangeable.

Of course, the tools of the past did not demand great accuracy as most products were manually and custom made, so a fraction of an inch in one way or the other made little difference to satisfactory operation. from such measurements, there evolved the inch, hand, span, foot, cubit, year and fathom вЂ“ the first standards of measurement. In fact, at the dawn of civilization, man began to use parts of the body to estimate dimensions, and in about 6,000 B.C.

Precision has not always been associated with measurement.