Eley Metrology Ltd

Reach New Heights Today With A Free Probes Offer The Vertex VMS is the most accurate digital height gauge available on the market today, and for November ONLY, we are offering £731 worth of probes and accessories when you buy any VMS Height Gauge!  If you already have a VMS Height Gauge, we are offering a massive 35% off all probes and accessories. https://lnkd.in/gGYYM-g Call Us: 01332 367475 Email: sales@eleymet.com

Some cars stand out as milestones in the automotive history of engineering due to their groundbreaking technology, design, and influence. These vehicles redefined the driving experience and pushed the boundaries of what was possible in engineering. 1886 Benz Patent Motorwagen: The Birth of the Automobile Considered ‘the father of the car’, Karl Benz designed the world’s first modern automobile that ran on gasoline in 1885. It was put into production. A year later, he publicly drove the three-wheeled horseless carriage he called Benz Patent-Motorwagen at a top seed of 10mph and received a patent for it as DRP-37435: ‘automobile fuelled by gas’. From an engineering standpoint, Motorwagen introduced key concepts that would later become foundational in automotive design, such as a high-voltage electrical vibrator ignition with spark plug, tubular steel frames and advanced steering mechanisms. Benz relied on hand-crafted components and mechanical measuring tools, such as callipers and rulers, to ensure parts were made to exact dimensions. The development of this vehicle inspired Benz to create further models, making several modifications during his automotive engineering career that led to the advancement in engine and vehicle design. Ford Model T: The Pioneer of Mass Production The Ford Model T was introduced in 1908 and was the first to showcase a steering wheel on the left. By 1920, the Model T had replaced mainly horse-drawn carriages, putting carriage makers out of business. Ford’s introduction of a moving assembly belt in his factories in 1913 marked a turning point in industrial history, enabling large-scale mass production. He simplified the assembly process by manufacturing interchangeable parts into smaller tasks and trained workers to specialise in specific roles. This was partly achieved by implementing specialised machines, gauges, and techniques to measure and control the production process. This reduced human error and increased the accuracy of each part, which sped up production, lowered costs, and increased reliability. This consistent and uniform innovation made the Model T a mass-production success, paving the way for the modern automobile industry and forever reshaping transportation and manufacturing. read more ... https://lnkd.in/gNuD9SFc

Eley Metrology are specialists in the field of CMM calibration and servicing. With over 40 years of experience in the metrology industry, we fully understand the importance of looking after business-critical machinery. A well-engineered coordinate measuring machine is built to last for years and endure long hours of operational services. To ensure CMM's are delivering optimal performance, regular calibration and serving is vital. Our highly skilled team of engineers will ensure the correct care and attention is given to each machine part. Our knowledge and experience enables us to check every single component is working to its full potential. All our servicing work is verified to the ISO 10360 standard and supported by a UKAS Certificate of Calibration. ISO 10360 incorporates the use of calibrated artefacts such as end bars. It is a dynamic test that takes into consideration not only the machine but also the probe system and measurement software. We also offer a comprehensive CMM inspection service offering fast turnaround and accurate analysis of manufactured components. https://lnkd.in/eZqwD9q3

The groundbreaking Long Bore CMM provides a solution to one of the last great challenges in Metrology: offering precision measurement down long or deep bores. It has been specifically developed for measuring tubular items, for example, jet engine shafts, undercarriage components and power generation plants. This unique machine has applications in multiple industries including oil, defence, automotive and aviation. Eley Metrology has over forty years of experience offering world-class products and continues to be at the forefront of the UK metrology industry.

Quality control is an aspect of manufacturing that helps to safeguard against poor performance and its consequences, such as reputation suffering, waste and higher costs. Metrology and other disciplines play a crucial role in ensuring that products produced are free from defects and that errors are detected and rectified as early as possible. Every manufacturer suffers from systematic, random and gross errors. Quality control aims to minimise these errors and keep them within acceptable standards. Standards and procedures, training, audits, and a culture that values quality all play a significant role in ensuring that quality is controlled and that high customer satisfaction is supported. Clear Standards and Procedures Standards and procedures are fundamental steps in improving quality control in manufacturing. In today’s world, frameworks and certifications are common practices to achieve compliance with standards and regulations. Examples are the ISO 9000 family for quality management. Proven methodologies such as Toyota’s 5S, Poka-Yoke, and Six Sigma also help achieve quality. Defining what constitutes acceptable quality and the process by which it is achieved ensures consistency throughout the production lifecycle. Some useful tools can be used to guide all layers and functions within the manufacturer. For example, visual aids such as charts, diagrams, and step-by-step guides can assist workers in understanding and adhering to standards. Documentation can be created and made easily accessible and regularly updated to reflect changes, such as in measurement techniques or standards. Consistent training on these procedures ensures that all employees are aligned, reducing the likelihood of errors and defects. Regular Training Programs Regular training serves several purposes, including: Learning about equipment and updates. This is especially important, considering modern technology can quickly receive functional updates. Keeping up to date with the latest techniques Process consistency and standardisation Re-familiarisation Compliance with certification and regulation It is also essential to ensure staff feel supported in their roles. Continuing Professional Development helps to achieve this. Training programs can also be great for feedback, with trainers and trainees benefiting from each other’s knowledge. Various delivery methods can be employed in the workplace. This includes workshops, e-learning modules, and hands-on training sessions. Workshops and hands-on training provide practical experience with metrology equipment, for instance, while e-learning allows employees to learn at their own pace. Records can be used to log attendance. Keeping training materials and methods current with industry standards ensures that the workforce remains competent in maintaining quality control. https://lnkd.in/eYbVgajC

Our granite metrology standards are hand-lapped by our highly skilled precision engineers in accordance with the specified standards. We can also recondition your measurement standards back to their original specification. https://lnkd.in/erT-3vux

Granite surface plates are a must for accurate measurement and provide a stable environment for inspection. They are non-responsive to temperature changes and offer an exceptionally sturdy measuring environment due to their thickness and weight. All our granite surface plates are supported by a UKAS Certificate of Calibration and conform to BS 817 (2008). They are available in three grades: Grade 0, Grade 1 and Grade 2. Our larger surface plates (900 x 600 x 100 and up) are available with a high-quality steel support stand with three adjustable points to ensure flatness on any surface. Support stands can also be applied to plates of 600 and above when you require a specific working height. We can also produce one-off or bespoke-sized granite surface plates to your specifications. Call Us: 01332 367475 Email: sales@eleymet.com

For over 40 years we have been at the heart of metrology in the UK and pride ourselves on the high quality and longevity of our products. If you need a specialist bespoke item developing and building, our team is here to help. We can adapt many of our existing range of products to suit specific requirements. Alternatively, we can assist you in the design and development of a completely bespoke product. We are the experts in precision measurement, contact us today .... Call Us: 01332 367475 Email: sales@eleymet.com https://lnkd.in/g_Xuvr6

Industrial automation in metrology, the science of measurement, revolutionised how manufacturers ensure quality and accuracy in their processes. By integrating advanced automation technologies, businesses can achieve higher levels of precision, reduce human error and enhance productivity. This article explores the benefits of industrial automation in metrology. We highlight its role in driving innovation, improving quality control and optimising operational efficiency in various industries. Enhanced Precision and Accuracy Precision and accuracy are paramount in industries like aerospace, automotive and medical devices, where even minor errors can lead to significant consequences. Automated systems excel in eliminating the variability associated with human error, consistently performing measurements with a high degree of repeatability. For example, automated coordinate measuring machines (CMMs) can measure complex geometries with micron-level accuracy, significantly surpassing the capabilities of manual measurement. Efficiency and Productivity Gains Automated measurement systems can operate continuously, unlike human operators, who require breaks and are prone to fatigue-induced errors. This capability enables 24/7 operation, leading to a higher production rate and faster turnaround times. Moreover, automated metrology systems can inspect parts in line, immediately identifying and addressing defects before they progress further in the production process. This real-time quality control reduces waste and ensures that only parts meeting stringent quality standards move forward. Data Availability Automated systems can efficiently collect, store, and analyse vast amounts of measurement data. This data can be used for statistical process control (SPC), helping identify trends, detect anomalies, and make informed decisions to improve processes, sometimes in real time. Advanced software tools can integrate with automated metrology systems, enabling manufacturers to maintain rigorous quality control standards and traceability over time. Further, collecting historical data can lead to continuous improvement, driving a more innovative and competitive business. https://lnkd.in/eMcqyRTK

We can design and produce custom coordinate measuring machines and optical CMM's. Whether it be a custom size of Eley's CMM range or an entirely new machine, we can accommodate the request. https://lnkd.in/eKZ8REzH