In a series of articles, we are taking a look back at the industrial revolutions of the past to glean lessons from history as the Fourth Industrial Revolution gathers pace. In this part, the focus is on the Second Revolution, also described as the Technological Revolution.
The breakthroughs in big ideas perhaps lost some pace in the mid nineteenth century, but advances in the 1870s have led historians to place the start of the second revolution here, and it describes a period from 1870 to the start of World War One in 1914. It was in this period, spanning the end of the 19th century and the start of the 20th, that ideas around technology and mass production bore fruit, and together brought about a veritable explosion of productivity which quickly transformed the world into the modern industrial age that we all now inhabit. Read more.
In advanced manufacturing settings, portable arms have become a familiar sight, both in inspection areas and shop-floor environments. Their versatility and usefulness have also resulted in their use spreading to a wide variety of settings beyond manufacturing, from clinical measurement in hospitals, to data-archiving of antiquities in museums.
With the passage of 40 years, the range of available arms has proliferated, and specialist arms have developed to improve their suitability for specific applications. Whilst non-contact laser scanning, diverse probing options, wireless connectivity, absolute encoders, and endless software enhancements have transformed the usability of portable arms, their ‘genetic code’ remains remarkably close to that of their early ancestors from the 1980s. Read more.
Across all fields of metrology, there has been a marked increase in the use of non-contact measuring systems. While contact probing systems are often regarded as the gold standard in terms of accuracy, non-contact systems offer many advantages. Simple and rapid collection of vast datasets are obviously well suited to measuring complex freeform surfaces but can also be helpful with unknown or variable items, or when geometric tolerances need to be evaluated. Read more.
In 2013, INSPHERE co-founders Ben Adeline (CEO) and Ollie Martin (CTO) identified an opportunity to provide a unique blend of metrology and manufacturing expertise to advanced manufacturing companies. INSPHERE was created to deliver value-added metrology solutions to the wider, high value manufacturing community. A few years on, the company has grown dramatically and has a proven track record for integrating metrology into manufacturing processes. Rather than focus on part verification, INSPHERE focuses on using measurement data to improve processes, supporting right-first-time manufacturing. Read more.
In a series of articles, we are taking a look back at the industrial revolutions of the past to glean lessons from history as the Fourth Industrial Revolution gathers pace. Part one released in December introduced the series and in this article, we now look towards the first revolution. Read more.
Over the past 12 months, INSPHERE have been working with the Nuclear Advanced Manufacturing Research Centre at their world-class facilities in Rotherham to develop BASELINE, a new system that can verify large machine tools in less than one hour.
The Nuclear AMRC is part of the High Value Manufacturing Catapult, an alliance of seven leading manufacturing research centres backed by Innovate UK. It is a centre that successfully combines academic innovation with industry expertise to help manufacturers improve capabilities and performance along the supply chain. Read more.
In the UK, manufacturing is a thriving industry that directly employs 2.6 million people and sectors such as the aerospace industry generate annual revenue in excess of £30 billion, providing excellent careers for well over 100,000 people. Our position as a major world player is founded on a highly-skilled workforce, institutional knowledge and a history of technological advances. Retaining this strong global reputation is essential to economic wellbeing but also continued growth. Read more.
Industry 4.0, or the Fourth Industrial Revolution, has been discussed a great deal in 2018. At INSPHERE we feel that Industry 4.0 will indeed live up to the current hype, and that metrology data will be the key enabler that delivers truly smart manufacturing and drives productivity to a higher level.
Can revolutions can be mapped out in advance? Do they truly drive changes or are they just the result of incremental development? These questions are still relevant today – they may help us to take an objective look at whether i4.0 is just marketing jargon or a genuinely transformative event. To help answer these questions in the context of the present day, INSPHERE will be releasing a series of articles over the coming months, looking both backwards through history and forwards into the short and medium-term future. Read more.
A popular board game in the 1980s famously took, "a minute to learn... a lifetime to master". Portable arms are a deceptively simple metrology system for which the same catchphrase applies. Arms are designed to be highly flexible and easy to use for a wide variety of measurement tasks. However, understanding measurement datasets and how to use them for verification, reverse engineering or any other application can be far more involved than it first appears.
Here are five steps to help provide a sound basis for adopting more robust and effective methods when using portable arms. Read more…