The manufacturing industry is an industry of growth and innovation that has adapted to many unforeseen events. For example, the pandemic lockdowns should have damaged the UK manufacturing industry, but these challenges have been overcome, and the industry has grown stronger. Now, with these challenges behind us, the manufacturing industry can look forward to setting new targets and achieving more goals in 2023.

Increased Sustainability

Green manufacturing

Sustainability is a crucial focus of the manufacturing industry and will continue to be so for the foreseeable future. The future of manufacturing is green, but there are many ways to achieve this. This is due to an increased awareness of the industry’s effect on the environment and the UK government’s plans to create a Net Zero Economy by 2050. Whilst the eventual target is to create a carbon-neutral economy by 2050, manufacturers are aware of the impending milestone in 2030 to reduce total carbon emissions to 45%.

Lean Manufacturing

Many commercial and industrial sectors have dedicated themselves to discovering new ways of maintaining their current operations, but with a reduced environmental impact. In-house waste management and energy usage are the main focuses of many companies as ways of optimising their production. This will improve their environmental impact but also has the side effect of creating a more financially efficient operation that wastes fewer materials. This can be achieved by managers exploring their in-house operations and the elements of their supply chain that proceed with it.

Supply chains are still feeling significant disruptions from the pandemic lockdown. However, as part of the manufacturing industry’s attempts to create a more stable supply chain, many are using the opportunity to explore more sustainable ways of acquiring the vital resources they need. Examples of these environmentally positive efforts are manufacturers eliminating unnecessary transportation, only sourcing what they need with no excess and reducing overproduction methods to their efficient minimums. Other efforts include investment in renewables and paying a ‘carbon debt’ that acts as a counterbalance to their operations and creates a balanced relationship with nature.

Automated Factories

Automated factory

Smart factories and automation have been the focus of significant investment this year and are predicted to continue into 2023. Automation within manufacturing is an existing method that is already highly embraced. For example, as tension spring manufacturers, we use high-quality CNC machines that have proven the increased efficiency and accuracy of automating complex manufacturing processes. This concept has grown into companies investing in robotics and other ways of automating more complex operations, further connecting to the increased development of smart facilities.

Smart Manufacturing Facilities

Smart manufacturing facilities result from companies developing their combinations of CNC machines connected via a system of hyperflexible, self-adapting manufacturing processes. This interconnectivity stretches across the entire facility. Sensors monitoring the progress and results of various operations can be remotely relayed to on-site personnel for review, allowing one person to monitor several activities simultaneously efficiently. The concept is to create a web of connected information sharing that lets a site manager know precisely what is happening during their daily operations.

This level of accessible data is not limited to the physical manufacturing operations either. For example, many manufacturers are increasing the automation of their facilities through the wireless tracking of assets as they travel. This operation covers the entire stream of functions within the facility, from recording the arrival of materials, the various manufacturing processes they undergo and the time and place of their export. Doing so eliminates the need for personnel to log these activities and creates a constant stream of accurate data for the manager to monitor.

Digital Manufacturing Techniques

digital manufacturing

Digital integration is a method that is being embraced by the manufacturing industry. In 1952 when the first CNC milling machine was invented, the industry saw the potential of computer-aided operations, and many innovations were created to build on this. However, the sector’s current aspirations are more focused on managing more comprehensive data on your specific company’s operations and their associated chains.

Big Data

Big data is an integral part of our work as a spring manufacturer, and it’s predicted to be a vital part of other companies’ plans thanks to the increases in interconnectivity throughout a manufacturer’s entire supply chain. However, supply chain management is still a critical issue as many chains continue to struggle to return to stable normality after the pandemic lockdowns. The response to the erratic behaviour is to optimise your chain, improving its efficiency and predictability. Big data technology involves digital systems with an increased variety, volume and velocity of data. In the context of manufacturing, big data collects together all the disparate elements from up and downstream on your supply chain, creating a far more efficient means of data management and analysis to find new ways of optimising your processes.

Digital Twins

Digital twin software is popular amongst many manufacturers and is predicted to become an essential part of future manufacturing methods. The concept of a digital twin is to create a digital simulation of a physical process or product. CAD (computer-aided design) is an example of this widely used idea, but further advancements are being developed for more intricate twins. This is achieved with various software designed to create digital objects within a computer that an engineer can analyse. These can be considered advanced prototypes, produced cost-effectively, so their manufacture or specifications can be assessed before committing to a physical twin. This is particularly useful when creating bespoke products requiring unique production methods; by testing them in a digital space, you can finalise your concept and prevent your investment from going to waste. It’s predicted that 70% of manufacturers will have a system that uses big data during 2023. Additionally, with investment in IoT (Internet of things) growing, the growth of digital twin technology could rise to 89% as soon as 2025.

It’s clear that digital integration is a permanent part of manufacturing’s future. Moreover, these systems’ effectiveness is increasing alongside the demand for new ideas. With digital integration becoming more achievable each year, it’s conceivable that all manufacturers will need to adopt these effective digital systems to remain a competitive business within the industry.

We are delighted to announce that we have recently on-boarded five new apprentices, Ronique Neil, Leonardo Hogan, Sami Hamanche, Racim Farhat and Matthew Bulgen. Having joined the European Springs & Pressings family, they have begun the training that will launch them on their journey to becoming qualified engineers.

From the left, apprentices Ronique Neil, Leonardo Hogan, Sami Hamanche, Racim Farhat and Matthew Bulgen with Managing Director Stuart McSheehy

Knowledge is power

We know that the greatest strength we have as a manufacturing firm is the knowledge and expertise of our engineers. There is little point in investing in cutting edge equipment and technologies if you lack the skilled staff to use them effectively.

Our engineers are problem solvers; without their specific skills and insights we would not be able to support our customer’s manufacturing processes and component requirements. When a customer approaches us with a manufacturing issue, we at European Springs & Pressings are proud to be able to provide the in-house knowledge and expertise to solve their problem.

As such, a robust, and continuing, recruitment process is essential, and we are always actively searching for exciting new engineering talent.

Apprenticeships – Earn while you learn!

An apprenticeship is a great way get a foot on the ladder within the engineering industry, while also getting paid. Combining classroom instruction and on-the-job training, an Engineering apprenticeship course offers the opportunity to gain the knowledge, skills and experience needed to achieve an industry-recognised City & Guild or BTEC qualification, and become a qualified engineer.

Apprentices and new workers are in increasingly high demand, as the manufacturing industry has been facing the largest skills shortage in over 30 years, partially due to the rapid advances in smart technologies and automated machinery. While manufacturers invest in this efficient equipment, many people currently do not have the right experience or are unaware of the qualifications or skills needed to fill vacant roles, and the benefits of choosing a career in this industry.

A drop in the number of fresh, young workers joining the manufacturing sector eventually results in a lack of succession. This is a huge problem for businesses when their skilled, older workers retire or move on, but they do not have the new talent in relevant positions being trained to replace them.

Talent retention

It is important to not just find new talent, but also to persuade them of the benefits of having a career in the industry. We want our employees to receive the on-the-job support and development they need to progress professionally, as well as experience the positive kind of environment and community that will enable them to enjoy their work life.

European Springs & Pressings are committed to offering our staff professional development opportunities, to support the training and skills development that will benefit them throughout their career, much of which will hopefully be with us at European Springs & Pressings.

engineering apprentices

Careers for life

To foster staff loyalty and increase retention, we have adopted a dedicated approach to creating a professional working environment that nurtures our staff’s talents and supports their progression, whatever their individual engineering aptitudes may be. To help familiarise with the business as a whole, as well as find their speciality, our apprentices are introduced to every area and process within the factory.

Our Managing Director Stuart McSheehy began his career in the industry as an engineering apprentice, and many of our current employees started as apprentices and trainees before becoming engineers, with a number having risen to essential business positions such as Purchasing Officer, Press Shop Manager, Quality and Metrology Manager and even senior management roles.

Multi-generational work family

Although many companies use the word too freely, at European Springs & Pressings we really do see ourselves as a family. Alongside a commitment to professional development, we also strive to ensure that our workers have the kind of professional habitat, personal support structures and supportive community that enable them to flourish while they are with us.

A great example of our ‘career for life’ approach to staff retention is that European Springs & Pressings can boast of a number of staff we employ who have multiple family members also working for us. In particular, we are exceedingly proud that working for us from within one family, we have four staff at the Beckenham site from across three generations.

The future of manufacturing

European Springs & Pressings provide the platform to develop our staff’s engineering expertise, give them formal training and ensure broad, vital experience, as our apprentices are introduced to every area and operation within the business.

We are eager to offer apprentices a long-term home on completion of the course, and encourage continual skills development throughout their career. At European Springs & Pressings, we search for apprentices, and take them on, every single year, and many of our certified apprentices are offered full time positions.

Contact us if you are thinking of kick-starting your career in engineering with one of our valued apprenticeships.

Exhibitions and trade shows are essential tools for establishing and maintaining connections and relationships between businesses. At European Springs, we have found that attending these shows is an excellent way of speaking with people face to face. We value taking the time to discuss our high-quality springs and pressings with the other attendees and have a chance to observe their exhibits in return.

exhibition attendance


The Southern Manufacturing & Electronics exhibition at Farnborough International Exhibition Centre was our first exhibition of the year. From Stand A135, members of our expert team, Andrew Edwards and Mark Fox, spent three days in one of the most comprehensive industrial exhibitions in the UK.


The Data Center World exhibition hosted in the London ExCel was a fantastic opportunity for our team to immerse themselves in the digital infrastructure, with this being the most significant global gathering of specialists, engineers and innovators worldwide. And with our expertise in data-based manufacturing, we are confident we made a considerable impact.


The UK Manufacturing & Supply Chain Conference was a stand-out addition to our attended events this year. Hosted in Milton Keynes in March, we were one of many exhibitors to contribute to this national forum for manufacturers and all companies at any stage of a supply chain.


The Medical Technology UK Exhibition, hosted in the Ricoh Arena in Coventry, was a chance for our speciality in bespoke wireforms to shine. Our innovative solutions for custom spring designs have been commissioned for a wide range of medical machinery worldwide. So we were excited to explore possible new applications for our products at this event.

MACH 2022
Manufacturing exhibition

MACH 2022 took place from 4th – 8th April 2022. This outstanding event hosted by the Manufacturing Technologies Association was a fantastic few days where you could observe a tremendous showcase of advanced engineering and manufacturing techniques from across the whole sector. With over 25,000 visitors across the five days, including seminars and unrivalled networking opportunities, it’s easy to see why we were excited to take our place at the UK’s premier event for engineering-based manufacturing technologies.

And once again, our experts, Andrew Edwards and Mark Fox, were eager to make an appearance in the Birmingham NEC and discuss how European Springs could assist with any company’s manufacturing needs, such as supplying high-quality tension springs. With all the various machines and technologies presented, it was a chance to meet new people and a great insight into the advances developed for the sector.

National Manufacturing and Supply Chain Conference

We were excited to attend the National Manufacturing and Supply Chain Conference in May. This prestigious event held in Dublin was a perfect couple of days where our team cultivated many new positive business relationships and built connections with various industry colleagues.

We observed many companies from various industries exhibiting alongside us at the TEC, including our fellow member of the Lesjofor group, Metrol Springs.

manufacturing exhibition

SubCon 2022

This exhibition is the UK’s premier subcontract manufacturing supply chain event. Held in June at the NEC, we were present with many other company representatives to witness the 45th anniversary of this vital networking event.

Andrew Edwards and Mark Fox were eager to share how our superior work processes can benefit the creation of our client’s desired components. From stand D100, they were able to discuss the varying ways we can manufacture a variety of high quality springs, stampings and wire forms. It was a lively event that enabled us to not only meet new clients but also to see current and previous clients face to face and present samples of our specialist manufacturing expertise in person.


manufacturing exhbition

We are proud of our high attendance record for the conventions, exhibitions, and expos this year, and we plan to continue attending as many as possible throughout the year. But we believe that simply visiting an expo is only half as effective as taking the time to exhibit at them. So, why do we find exhibitions so important?

Firstly, the new connections that will be made will explain why we value attending events. Whilst finding new clients is desirable, it’s not the only helpful business connections you can find by exhibiting. As a manufacturer of compression springs, finding new business partners is an excellent way to help strengthen the supply chain and will be crucial for finding new ways of increasing your long-term profitability.

Meeting potential clients face to face is one of the unique benefits gained from exhibiting. Whilst conducting Teams calls and email bursts to contact people is a valid method of communication, there is no substitute for being in person. Clients will feel more relaxed when they can get any of their questions answered in person and avoid any potential misunderstandings that could happen with online communication.

One of the ways we have made ourselves a leading company amongst spring manufacturers is by consistently increasing our brand awareness. So when our team mans a stand at a manufacturing show, we proudly present our brand and display the confidence essential for an internationally renowned manufacturer.

Exhibitions not only give you the chance to present yourself to the industry, but you also get an opportunity to observe other companies within your sector. In addition, expos are great places for new announcements such as new product launches, services or new machinery. This assists with the previously discussed brand awareness and gives you a chance to see how the other attendees receive this new release. Additionally, it allows you to get a sense of what your competitors are getting up to. These two data sets will be vital for deciding how you want your business to proceed.



At European Springs, we constantly look for innovative ways to improve our already effective processes and strategies. As a result, we are confident that whether our customers desire our stock of torsion springs or require bespoke pressings, we will provide what they need in a high-quality, cost-effective product.

If you would like to visit our team in person, please follow our social media announcements on Facebook, Twitter, or LinkedIn for updates on all our upcoming plans.

If you have any questions about the products and services we provide, please contact us today or call us at 0208 633 1800, and a member of our expert team will happily answer all your questions.

UK manufacturing is still feeling the impact of the last two years’ events. Production and economic disruptions created many challenges that the industry is still struggling to overcome. These obstacles have been exacerbated by more recent events, such as the Russian war in Ukraine and the erratic China lockdowns.

An unfortunate result of these problems is the rising cost increase that UK manufacturing has to manage. Supply chains are still recovering, and energy bills are rising, but the demand for British manufactured products is also growing. This increase in demand is outgrowing the supply to fulfil it, causing an increase in costs. So how do manufacturers address these costs and maintain their competitiveness within the industry?

UK inflation flag

National Insurance Increase

From April 2022, the UK government increased the National Insurance contributions (NIC) by 1.25% for the tax year. This means manufacturers would be required to contribute 15.05% for each workforce member as opposed to the previous 13.8%. With the industry already struggling to fill positions, there are concerns that this increase will make it difficult for employers to recruit new engineers. If growth is limited due to this, it could increase the existing skills gap and create significant problems for the productivity of many manufacturing companies.

The response to this increase varies, but 38% of businesses have stated that they plan to pass the additionally incurred NIC onto the customers, while others choose not to. Some companies cannot absorb the costs; in this case, letting inflation trickle down to the broader economy is a sensible solution; this can enable managers to protect their employees’ jobs and allow time for the situation to improve.

Increasing Energy Costs

Manufacturing facility

There has been a sharp rise in energy costs during 2022, impacting everyone, domestic, commercial and industrial. However, the high energy nature of manufacturing means that these increases affect them more accurately than in other areas of the UK.

These sharp increases have forced manufacturers to assess every business area to increase energy efficiency and mitigate costs. This can include analysing the energy usage of processes, the requirements of various equipment, and even temporarily halting the most energy-intensive procedures.

Government Support for Industry

The manufacturing industry plays a considerable role in the UK’s economic output. Manufacturers employ roughly 2.6 million people across the country and are responsible for 44% of all UK exports. Despite the many issues the industry has faced, manufacturing remains a vital organ within the larger body of the county. Fortunately, the government may be taking steps to support this vital industry.

The UK government announced earlier this year that it would be providing support for high energy usage businesses that are struggling with the rising energy costs. The plan is to extend the energy Intensive Industries Compensation scheme and, thanks to its increased budget, be broadened to apply to more businesses, including steel manufacturing.

Industry Minister Lee Rowley said he wished to keep UK manufacturing at the forefront of the industry globally by providing this assistance. With the current changes to the scheme already having a positive impact on some areas of the sector, potentially, this support could be extended to include various other manufacturers, such as spring suppliers.

Choosing Local Power Generation

Solar panels

The rising costs of energy will inevitably have an impact on any manufacturer’s ability to remain competitive. These issues have not just been limited to financial expenses either. In a recent survey conducted by Aggreko, 65% of the 251 manufacturers stated that they had experienced an increasing number of power cuts over the last 18 months. The combination of the erratic market and unexpected power cuts harming operations has encouraged the manufacturing industry to explore on-site power and distributed energy solutions.

Distributed energy systems (DES) is a broad term that covers a diverse array of energy generations, control and storage options. This can be applied to on-site power generators and renewable solar and wind power sources. With the advances in renewable technologies, its become increasingly affordable for compression spring manufacturers to decrease their energy costs through solar panels’ on-site power generation. Additionally, with the load management installed, on-site managers can remain unaffected by widespread power cuts from more centralised sources such as national power stations.

Before national power grids were established, each business needed to develop its internal power generation. On-site power enables managers to specifically regulate the power they need as well as provide the desired energy security for their operations. Returning to this may be a solution for manufacturers to cut costs and improve their environmental efficiency.

Manufacturing’s Future

Manufacturing facility

The importance of manufacturing for the UK economy and its high international standing ensures a bright future, but how to reach that destination is still unclear. These rising costs will continue to stress existing processes and test any innovations. Still, we at European Springs firmly believe that the industry’s resilience will be able to overcome any of these challenges.

European Springs plans to rise to these challenges presented and use these obstacles as opportunities to learn and explore. We are committed to constantly exploring new ideas and improving our methods to provide our clients with consistently excellent results with our bespoke pressings and springs.

Read more about why European Springs is a leading industry manufacturer here.

Metal stamping has been an integral part of the design and construction of an immense amount of products and applications. High-quality stamping has been used in many sectors, from food and beverage storage, mining equipment, healthcare and aerospace, to name a few.

As the designs for these applications become more complex, they require more intricate parts. The level of detail and diversity of these components made it necessary to develop more stamping processes and machinery that could create these pieces to a sufficiently high level of quality. Hence, the development of progressive and multi-slide stamping.

Metal pressings

What Are Stampings?

Metal stamping (or pressings) is the creation (or forming) of a shape in metal, and this is commonly achieved with a stamping die (or a pressing tool). Pressings and stamping are so similar that the terms have become interchangeable as they both refer to the same process. Nevertheless, pressings and stampings are an essential part of our modern lives, with the number of items that need this process constantly growing. From humble objects such as coins to complex medical machines and automotive pressings, all require durable, high-quality products to work effectively. You can read more about these applications by reading our blog: imagine a world without pressings and stampings.

The general process of stamping involves adding a flat sheet of metal to a specialist machine, such as a stamping press. This flat sheet is then formed into the desired shape as a stamping die is pushed into the flat surface. This initial process can be further enhanced with additional treatments such as:

  • Punching
  • Blanking
  • Embossing
  • Bending
  • Flanging

Stampings can be made from various materials to suit any application. The variety of materials is to consider the different environments that pressings will need to handle. For example, stainless steel is considered to be corrosion resistant, but aluminium is not. Strips of flattened wire can be manipulated in stainless steel, copper, brass, beryllium copper, aluminium and more to provide the best result.

As mentioned previously, the immense variety of increasingly complex designs has made it essential that stamping manufacturers have multiple processes to make the stamping and the equipment match. Two examples we provide at European Springs are progressive die stamping and multi-slide stamping.

metal stampings

What Is Progressive Die Stamping?

Progressive die stamping machines focus on forming a single piece of sheet metal until the final product is produced. The sheet is fed through a series of stamping areas, each designed to complete part of the overall task. This automated feeding system translates the workpiece through several regions, potentially making dozens of small additions until it reaches the end and is complete. These changes could involve cutting, bending, stamping or pressing the piece. A pilot is installed to help translate the piece and maintain precision in the changes. This pilot is fastened to pre-cut holes.

There are many advantages to this method, including reduced set-up time. Progressive die stamping uses 38% less time to set up than alternatives. This enables manufacturers to generate their lots faster and with flexibility when scheduling their projects. The machine’s design and inclusion of a pilot make repeatability with high accuracy easy.

manufacturing facility

What Is Multi-Slide Stamping?

Multi-slide stamping (also known as Four-Slide) is a process that involves using a series of tools and stamping dies to create stampings from slit coil stock or coils of wire. The stamping dyes will be mounted on opposite sides, moving horizontally in several directions. These features enable engineers to create more complex designs.

The process begins with a coil of metal fed into the machine where a series of actuated cam mechanically stamp and form the material into the required shape. This is the main advantage of using multi-slide. The complex working process can maintain a consistent accuracy as the multiple slides work at right angles to perform multiple folds (including those larger than 90°) and add cuts, punches and bend in a single step of the process. Once that’s achieved, the finished component is ejected, and the subsequent production stage commences.

One of the advantages of using Multi-Slide stamping machines is they produce significantly less waste. As a pressings manufacturer dedicated to improving our sustainability, we embrace multi-slide stamping machines as they can limit the wasted metal to 31% of what progressive die stampings commonly produce.

CNC pressings and stampings

Our Multi-Slide department is operated by expert engineers using the best Finzer and Latour machines, which provide unparalleled flexibility of production, perfect for when intricate forming is required. Furthermore, as a manufacturer committed to being eco-friendly, we ensure that as many of the stampings we make are made from component-width material, thereby limiting any waste to minimal levels.

We design and manufacture all our tools in-house to offer our customers a low-cost solution when commissioning the creation of intricately pressed parts. If your next application requires complex pressing or stamping, you should contact our experts today and see how European Springs can help you acquire it.

It’s widely known that the manufacturing industry was one of the most significant contributors to harmful greenhouse gases, but this is all changing thanks to adopting new procedures and processes to reduce this environmental damage to minimal levels.

This commitment is heavily connected to the global shift to a greener world, with the most support coming from the UK, thanks to new government policies. This coordination aims to see the manufacturing industry reduce its emissions to staggeringly low levels and create an ecologically sound supply chain that can be sustained indefinitely.

netzero 2050

Net Zero 2050 Explained

The UK government’s Net Zero 2050 strategy is an impressive target to reduce harmful emissions by decarbonising all sectors across the UK by the year 2050. These ambitious plans have affected every industry and inspired significant changes nationwide in manufacturing companies. This eventual goal is staggered with various smaller targets preceding it to ensure progress. Examples of these goals are ending the sale of new diesel vans and cars by 2030 and incentives for farmers to use low-carbon methods. Every day more ideas are being developed to assist in this laudable goal of reducing the climate impact of all industries and developing this emerging Green Industrial Revolution.

The Industries Approach to Climate Change

The industry has widely embraced this goal of becoming sustainable, which is no small task considering the industry was responsible for an estimated 20% of UK emissions. The current plan is to reduce this significantly before 2030, and according to the CCC’s annual assessment, whilst there is a long way to go to reach the desired 90% reduction by 2050, progress is being made

Recycling is a vital way of creating a sustainable company. Unfortunately, the raw resources the manufacturing industry requires are not infinite, and mining new natural resources each year requires significant effort and energy that negatively impacts the environment. New methods, such as waste hierarchy, are being introduced to combat this.

Apply the Waste Hierarchy

waste hierarchy

As a UK spring manufacturer, we know that one of the most successful ways to improve your company’s sustainability is to include the waste hierarchy in your work processes. This hierarchy is a thought exercise that can be applied to any manufacturing company regardless of its context.

It works similar to a flow chart but is usually visualised as an upside-down triangle. This is because the most favourable options are encountered first, and only if these prove impossible do you move to the next step down. This process continues when addressing your waste materials, checking each step to find the highest one that applies with the worst-case scenario (environmentally) at the bottom.

The steps are as follows:

Prevention – This is the first, best step to apply to your waste materials. By preventing materials from becoming waste, you prevent any problems preemptively. This adds the benefit of inspiring a lean, streamlined manufacturing operation that requires fewer resources and helps save financially.

Reuse or Recycle – These two steps have the similar goal of finding new productive uses for your waste. Reuse applies more to refurbishing and repairing objects to extend their life; in manufacturing, this can apply to the equipment used. Recycling waste materials focuses on ensuring that any waste materials are recycled for new uses. For example, any damaged tension springs can be recycled for their reusable materials.

Recovery – This option is a less effective alternative to recycling. Recovery is the process of incinerating the waste materials to regain some of the lost energy used to collect it in the first place. These materials are burnt for electricity production and help reduce the burning of fossil fuels.

Disposal – this is the lowest step of the waste hierarchy and the worst option environmentally. With this choice, your waste material will be sent to a landfill site. Due to this choice’s environmental impact, the UK government is highly taxing landfill usage. Any company pursuing a sustainable future should avoid this step as much as possible.

The hierarchy is a proven effective tool for lowering a company’s waste materials, providing ecological benefits, and adding a financially favourable efficiency to the usage of your materials.

Sustainability Through Innovation

green factory

The main challenge of creating a sustainable manufacturing industry is not limited to material usage, and many other areas have been explored successfully for environmental improvements.

Manufacturers are intensive energy users that can gain significant savings by decarbonisation. Switching to low carbon technologies supports both the Net Zero strategy but also the natural financial optimisation of your business.

Many manufacturers are investing in air source heat pumps for their building heating and cooling needs. These relatively new alternatives to conventional systems are significantly more environmentally friendly. For example, ASHP units transfer heat or cold from outside, which is a low carbon operation that awards them with a zero-carbon rating. Choosing these will also open up the possibilities of using green electricity tariffs, which many energy suppliers offer.

European Springs is constantly searching for new ways of improving our sustainability as one of the leading manufacturing companies in the UK. We apply these green processes to the creation of all our wireforms, springs and automotive metal pressings.

Browse our stock catalogue for more details on what we can supply for you.


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