When it comes to the future of engineering, we must rely on the youngsters of our generation, and as one of the UK’s leading spring manufacturers, we are so excited to discover the brain child of 18 year old Colum McNally at this year’s Young Scientist and Engineers Fair, Birmingham.

The prestigious competition, year on year, sees over 2,000 entrants, who all come to promote their inventions and share their latest discoveries with a panel of industry professionals and bright sparks. This is where Colum McNally, a teenager from Newry, Northern Ireland, was discovered.

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His invention? A machine designed to prevent farm accidents. Seems simple? Not quite. His impressive creation started out as an idea that materialised from “adapting grass-fed paddock grazing” for his father’s new farm shop, and after months of hard work, the ‘Agri-Hammer’ was created.

The Agri-Hammer, a hydraulic machine designed to split logs and build fences, is the adaption of what should normally be the work of two machines, yet it combines both functions in one very nicely designed and sought-after device.

As a youngster with a dedicated interest in the farming world, his invention was something that was lacking from current machine designs, and his passion for health and safety is tremendously reputable. McNally says “It has dual purpose with the health and safety aspect, whereby we create identified danger zones, where the post and hammer are colliding, so when the operator is not in position, they can’t operate those controls unless they’re behind a safety cage” when referencing the safety and function of his product.

McNally states to have been interested in engineering from a young age, and has always had a keen eye for safety and the creation of ideas. This is where the basis for his innovative invention began, highlighting the machine’s key function and safety values clearly in its slogan: “It takes the safety off the farmer’s hands rather than taking the hands off the farmers.”

The Future?

With comments from Kate Bellingham, chair of the judging panel, including “His project will make his work so much better, more accessible and really it is making the world a better place”, and “Winning the competition is a wonderful opportunity for him, and I am convinced he will be a great ambassador for science and engineering in the future”, it is understandable that we, as an industry professional, strongly believe that these competitions and opportunities for young people are key in the promotion of science and engineering in the coming months and years.

Here at European Springs Ireland, we too offer a unique and specialist programme for the engineers of the future, and are passionate about encouraging and aiding these young minds to achieve their potential. So, on behalf of all the team here, we’d like to congratulate Colum in his achievement, and look forward to his bright future in the engineering industry.

For more information – or to speak to one of our helpful and professional team – please do not hesitate to contact us on 028 9083 8605 today!

At European Springs, we always like to keep the perspective that we’re just one small part of the great worldwide canvas of engineering, and that means we like looking back over the past as well as the future. Recently, we started thinking about the industrial revolution. Products like our tension springs all have roots in this movement, which set us wondering about what the future may hold.

The industrial revolution is probably one of the most important periods in the history of our world, and its significance and appeal has never really dimmed. Because of that, a good many observers have been wondering when the next ‘revolution’ will strike our industry. Several ideas have been proposed over the years, with the following being some of the most popular suggestions…

DVD factory

3D Printing

This is one of the most common talking points when the next industrial revolution is debated, and it’s definitely worth bearing in mind. In theory, products could simply be downloaded from the internet and then ‘printed’ out in the confines of the home, and there’s even been speculation about 3D printing in the field of medicine (replacement organs and the like). Is it possible? Who knows.

Renewable Energy

Solar power, wind power, wave power, bio fuels… we could literally go on forever. The last industrial revolution revolved around the adoption of steam as an energy source, so why shouldn’t one of our modern day innovations trigger a similar movement? Sure, some work is necessary to refine the efficiency of many renewable energy processes, but we are talking in future terms. There’s still time.

Molecular Thoughts

Futuristic Robots

These days, artificial intelligence and robotics are at their peak thus far. From computer programs that arguably match up to the Turing Test, to space age robots with prototype synthetic muscles, there are plenty of reasons to suspect robots and A.I might be the instigators of the next industrial revolution. We just hope it doesn’t follow the whole ‘robot-take-over’ pattern from the movies!

The Verdict…?

So, what do we reckon? Will there ever be another industrial revolution? That’s something that is liable to keep people speculating until it happens, but many analysts think that it could result from the increased connectivity of a range of existing technologies; not necessarily a brand new wonder-concept, but a greater level of integration. That’s certainly our approach, as our own manufacturing facilities combine cutting-edge processes like CAD and CAM solutions to invariably great effect.

You may not yet know when the next industrial revolution will strike, but you definitely should know who to come to when you have a need for quality springs and pressings in the here and now. To find out more about how European Springs Ireland can help you today, call our team on 028 9083 8605.

Engineers are capable of accomplishing extraordinary things, and at European Springs Ireland, we believe that these are worth celebrating. For the next instalment in our series that celebrates the greatest feats in engineering, we will be taking a look at the marvel that is the Trans-Siberian Railway.

The Trans-Siberian Railway is a network of railways connecting the Russian capital of Moscow with the Russian Far East and the Sea of Japan. It was built between 1891 and 1916, and spans 5,772 miles.

Trans-Siberian Railway

The Need for Transportation

Towards the late 1800s, the development of Siberia was hindered by poor transportation links. The region was only accessible by river or by horse-drawn cart, both of which were difficult, unsafe and impractical.

There was a clear need for a railway to connect Siberia with Central Russia, and after a 10 year-long design process, the plans for the Trans-Siberian Railway were born.

Construction

Tsar Nicholas II inaugurated the construction of the Far East segment of the railway in March 1890, with full-time construction beginning in 1891.

Similar to the construction of the First Transcontinental Railway of the United States, the engineers of the project began building the railway at either end and worked towards the centre.

Among the most phenomenal achievements during the construction of the Trans-Siberian Railway were the bridges that were built over the Ural River and the Ob River. These not only signified the entrance of the railway into Asia and Siberia respectively, but were themselves excellent feats of engineering.

The Circum-Baikal Railway - historical railway runs along Lake baikal in Irkutsk region of Russia

War, Revolution and a Railway

The Russians suffered a bitter defeat in the Russo-Japanese War (1904-05), and the Trans-Siberian Railway was seen as one of the main causes of the loss, as at the time the railway was just a single track that only allowed travel in one direction, and therefore it caused continuous supply difficulties for the Russians.

The railway also served a great purpose in the Russian Revolution, as it was used by White Russian supporters to fight the Bolsheviks on the Ural front. However, after the victory of the Bolsheviks, many parts of the railway were blown up or destroyed.

The Trans-Siberian Railway played a vital role in World War II, where many used the railway to escape Europe and Nazi occupation. It also became the safest connection between the United States and the USSR due to the eagerness of the Japanese to maintain good relations with the latter.

We hope you enjoyed reading about yet another fascinating feat of engineering. At European Springs Ireland, we love to celebrate all feats of engineering, no matter what they are, and that’s why we put such attention to detail into our springs. Engineers pride themselves on their high standards, and we certainly wouldn’t want to let the side down! Therefore, if you require tension or compression springs, we can help to ensure that your project is a success. For more information, contact us today by calling 028 9083 8605.

Previously on this blog, we started a series that looks at some of the most impressive feats of engineering in the world. These amazing man-made structures are simply breathtaking, and we want to provide you with all the information behind these structures and how they came to be. We have looked at Dubai’s Palm Islands, and now we turn our attention to the Taj Mahal, which is a white marble mausoleum located in India.

The Taj Mahal literally means “crown of places” and is the 17th century ideal combination of engineering, architecture and art.

It was constructed in the memory of Emperor Shah Jahan’s third wife, and took around 20 years to build. Exact dates are not known, but it has been estimated to have taken from 1632 to 1653 to build. It has also been speculated that it took around 20,000 workers to create this fantastic structure.

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To build the Taj Mahal, materials were sourced from all over India and Asia. It is rumoured that around 1000 elephants were used to transport all these building materials to the site.

The exterior is decorated with over 28 varieties of semi-precious and precious stones, which can be indentified when studied closely. The jasper was from Punjab Jade, the crystal from China, the turquoise from Tibet and sapphire from Sri Lanka.

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The Taj Mahal’s most recognizable feature is the large white dome. This is often referred to as an ‘onion dome’ due to its shape. The dome has a height of around 35 metres (115 feet) and is surrounded by 4 smaller domes.

The central structure of the Taj Mahal is made from white marble from the quarries of Rajasthan, and appears as different colours throughout the day. It looks pink in the morning, white during the day, and appears golden in the moonlight. This is the most popular part of the mausoleum.

At the end of the complex, there is a huge red sandstone gateway, which has a central arch that reaches two stories high. The garden is a square that’s split by long water courses, which are surrounded with walking paths, water fountains and trees.

The Taj Mahal still remains one of the most popular places in the world to visit, with millions of tourists making the trip every year.

Isn’t the building both beautiful and fascinating? Here at European Springs Ireland, we are passionate about anything to do with engineering, and that’s why we put so much care and attention into the manufacture of our small components; they’re just as important as any marble mausoleum! As leading spring manufacturers, we supply a fantastic range of springs, including torsion springs, motor springs and spring clips. For any information about what we stock, or if you have any questions, please do not hesitate to contact us. You can call us on 028 9083 8605.

Ants might just be the perfect workers.

And if recent reports are to be believed, then Bionic ants the size of a human hand could one day be the factory operators of the future!

Don’t believe us? Then read on as we take a closer look at these awesome bionic ants.

 

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Ant Antics

Small, yet mighty, ants are a force to be reckoned with. And when these little guys work together they’re capable of some pretty amazing feats.

Since the time of the great fable teller Aesop, these industrious insects have been used to symbolise the virtues of hard work.

This is something that hasn’t gone unnoticed either, and now robotics experts have emulated these tiny beasties to create an army of amazing bionic ants – know as BionicANTS.

These tiny bionic beasts come fully equipped with some pretty sharp looking pincers (used for gripping and manipulating objects), stereo cameras, sensors that feel the floor beneath their feet, and a face that bears more than just a hint of a grin!

 

Working Together

It’s not just the unique anatomy of ants that developers have attempted to copy either, it’s their remarkable cooperative behaviours too.

Just like the ants found in your back garden, these ant machines are able to work together in harmony to accomplish a variety of tasks, from the simple to the complex.

Each ant acts autonomously, but they’re also constantly in communication with one another via a radio module.

So, for example, say this army of ants was given the task of moving a particularly heavy object – if this object was too weighty for one ant to move on their own, it could communicate with its co-workers to ask them to come lend a hand – pretty amazing really!

Together, the ants could then coordinate their movements so four ants carry the object rather than just one.

If you’re wondering how this is possible, turns out there are some pretty complex computer algorithms at play – enough said!

These enable each individual bot to determine how to contribute to a given task.

You can check out a video of this ant army in action below:

 

 

These BionicANTS work tirelessly too and when they need to recharge, they simply have to lean their steel frame against a charging station. Oh and they can also be produced using a 3D printer too… of course they can !

 

These artificial ants aren’t for sale just yet, but their potential applications are certainly intriguing. And who knows, maybe one day these innovative bionic insects will be scuttling around the floors of a factory near you!

Here at European Springs, we appreciate amazing feats of design and engineering such as this, and we can’t wait to see what the future may hold for these big bionic copy cats. As leading spring manufactures we like to come up with our fair share of innovations too, such as our terrific tension springs.

Want to know more? Then contact us today, by giving us a call on 028 9083 8605.

 

Ah springs, they’re an engineering wonder.

As leading suppliers of high quality compression springs and a range of other innovative products, here at Europeans Springs we like to think we know a thing or two about these mechanical marvels!

Springs are used for a wide range of exciting applications and this list is forever growing. In fact, only last week saw the news that biomechanical engineers have developed a way of putting a spring in your step – literally ! They’ve done this by harnessing the power of the spring to create an unpowered ankle exoskeleton.

Brace yourself- it’s pretty amazing!

 

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What is it?

Simply put, this revolutionary piece of kit is a spring-loaded leg brace, fitted with a straightforward spring and ratchet system.

The device may sound a little cumbersome, but it’s actually pretty sleek. Its design is remarkably simple too, and consists of only a spring, wire, and clutch attached to a carbon fibre frame.

Tests have shown that the exoskeleton is able to reduce the amount of energy needed for walking by 7% – that’s the equivalent of shedding almost half a stone of body weight – incredible, right?!

If you’re wondering how it works, the device acts to boost the performance of the calf muscles and Achilles tendon.

 

For years, engineers have been attempting to create powered exoskeletons, and to be fair they’ve had some success. But these previous efforts have all been tainted by one major flaw – they’re heavy. Very heavy.

This is because they’re powered, and that entails the use of complicated motors and batteries that need recharging.

What’s unique about this latest device is that it doesn’t require the use of any power aids and is lightweight to boot!

 

What Could it be Used For?

There are still a few wrinkles that need to be ironed out – stairs still pose a bit of a challenge – but there’s no denying the potential of this revolutionary bit of kit.

The market for this kind of device is undoubtedly there too. A walk in the park. Shopping trips. A stroll near the sea. How much easier would all these be with a little help from an energy-saving leg brace?!

The device is thought to have some rather remarkable prospective applications too. For example, it could be used to aid those who have difficulty walking for long periods of time and those with disabilities.

With a little tweaking, this technology could even help runners and hikers – allowing them to reach the top of their game.

It could also help take a load off those who spend a long time on their feet, such as nurses and airport staff.

All told, this spring-powered gadget is pretty awesome, and it will be interesting to see what the future will hold for this brilliant brace!

Here at European Springs, we’re passionate about engineering and like to keep up to date with all the latest news and updates from this exciting field, such as this groundbreaking creation.

Want to know more about our services? Then contact us today by giving us a call on 028 9083 8605.

 

 

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