Measurement of Future Quality: CMM Technology at GKN Aerospace Norway

GKN Aerospace Norway (GAN) is setting the standard for precision and quality in an increasingly demanding industry. By combining advanced technology with dedicated expertise, GAN has established itself as a pioneer in precision measurements through the use of Coordinate Measuring Machines (CMM).

In a world where quality and tolerance requirements are becoming more complex, GKN Aerospace Norway plays a central role in delivering components and systems of the highest standard to the aerospace and defense industries. To meet the stringent demands of these sectors, it is crucial to have equipment that can not only handle these requirements but also surpass them. This is where CMM technology comes into play.

CMM: The Heart of Measurement Precision

Coordinate Measuring Machine, better known as CMM, represents a crucial tool in GAN’s pursuit of precision and accuracy. CMM is a sophisticated measuring machine that enables complex dimensional and geometric measurements on components and parts. GAN boasts no fewer than ten CMM machines of various sizes and variants, including both tactile probing methods and optical measurement.

Using CMM, operators can perform manual measurements by directing the probing stylus to the desired point, enabling detailed dimensional and geometric measurements. However, CMM technology doesn’t stop there. GAN has a dedicated team of programmers who develop advanced and intelligent CMM programs that ensure accurate and reliable measurements. These programs undergo a thorough verification and validation process to guarantee that each measurement program is 100% accurate.

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What is CMM?

A Coordinate Measuring Machine (CMM) is a sophisticated industrial machine used to measure geometric dimensions and the shape of physical objects with extreme accuracy. This machine enables detailed measurements and analyses of components, parts, and products, and it plays a crucial role in quality control and manufacturing processes in various industries, including aerospace, automotive, medical equipment, and more.

What is CMM?

A Coordinate Measuring Machine (CMM) is a sophisticated industrial machine used to measure geometric dimensions and the shape of physical objects with extreme accuracy. This machine enables detailed measurements and analyses of components, parts, and products, and it plays a crucial role in quality control and manufacturing processes in various industries, including aerospace, automotive, medical equipment, and more.

Technological Superiority and Innovation

GKN Aerospace Norway is at the forefront of technological development. All CMM machines in their facility are state-of-the-art, and the company continually invests in new machines to remain at the forefront of measurement technology. Automation of dimensional control plays a critical role in GAN’s strategy, as it is the key to meeting tomorrow’s requirements for quality, production, and deliveries.

Each CMM program can vary in time, from 30 minutes to as much as 12 hours per component. This illustrates the extreme level of detail and the extensive amount of data generated. Millions of CMM points are generated daily and then distributed to various applications and platforms. These data support various functions in quality control, engineering, and statistical analysis.

What does a CMM machine do?

The main principle behind a CMM is to accurately determine the coordinates of points on an object in a three-dimensional coordinate system. This is done using tactile probing styluses or optical sensors that record the positions of the points on the object. The data collected is then processed by specialized software that converts them into measurements, dimensions, and shape characteristics.

What does a CMM machine do?

The main principle behind a CMM is to accurately determine the coordinates of points on an object in a three-dimensional coordinate system. This is done using tactile probing styluses or optical sensors that record the positions of the points on the object. The data collected is then processed by specialized software that converts them into measurements, dimensions, and shape characteristics.

What does a CMM machine do?

Hovedprinsippet bak en CMM er å nøyaktig bestemme koordinatene til punkter på et objekt i et tredimensjonalt koordinatsystem. Dette gjøres ved hjelp av taktile probestyluser eller optiske sensorer som registrerer posisjonen av punktene på objektet. Dataene som samles inn, blir deretter behandlet av spesialisert programvare som konverterer dem til målinger, dimensjoner og formegenskaper.

Precision at Every Step

No detail is overlooked in GAN’s pursuit of measurement precision. The company sets strict requirements for temperature control, clean production, and measurement environments to eliminate any form of measurement uncertainty. This ensures that the results achieved reflect the true quality of the components.

CMM operators at GAN work simultaneously with multiple machines and are responsible for reporting, documentation, technical support, and other quality aspects. In an industry where precision and accuracy are essential elements for success, CMM technology and the skilled professionals who use it play a crucial role.

GKN Aerospace Norway has achieved an impressive position as a leading supplier of high-quality components to the aerospace and defense industries. This has been made possible through a combination of technological innovation, dedicated expertise, and CMM technology that lies at the heart of their accuracy. With their continuous investment in state-of-the-art measurement equipment and automation, the future looks bright for GKN Aerospace Norway.

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