Tag Archives: Funding

A manufacturers guide to… Additive Manufacturing

Additive Manufacturing (AM) – or 3D printing as it is often referred to – is a method of creating a three-dimensional object, layer-by-layer, using a computer created design.

AM moves very quickly. Over the past few years, we have seen metal 3D printing go from something that is highly specialised and very high cost, to something that is achievable on desktop machines.

Material R&D has played a huge roll in the uptake of additive as materials are easier to work with and have far better properties. The software has also developed with some pace and we are now seeing topology optimisation and bespoke objects that could have only been produced via 3D printing.

My interest in 3D design began with design and modelling for 3D animation. The switch to making functional parts, especially those which are 3D printed, came about as I needed some parts for a research degree that I was working on at the time at the University of Sunderland.

I joined the team at the university’s FabLab when that opened and supported a number of companies who were looking for 3D prototype parts and when the SAM Project began, it offered a fantastic opportunity to work with more advanced technologies.

Although I had worked with 3D printing prior to the SAM Project, it has been during my time here that I have really focussed on design for additive and how to get the most out of all the different technologies that are available.

I have worked on numerous AM projects at SAM, they include those that I have led on that focus on all aspects of additive, as well as supporting the work of my colleagues who frequently require parts and prototypes produced for their projects.

Additive is hugely impactful as it is one of the easiest ways to produce a part, simple or complex. This is allowing us to rapidly prototype and evolve designs.

In the North East, we are still seeing additive being used mainly for prototyping, but I think there is huge potential for it to have an impactful roll within traditional precision engineering firms for work-holding and jig production that could significantly increase productivity.

The two areas that we are seeing the most development in are materials and speed. Machines are now working with a broader range of materials than ever before, sometimes combining multiple materials in the same part. Machines are becoming faster and faster and in shorter runs can be more competitive than injection moulding. They also enable the mass customisation of parts in each build and allow complex assemblies to be printed as one piece.

For those interested in learning more about the uses and benefits of 3D printing, it has never been easier thanks to the support available through the SAM Project. To find out more about the support and how your business could benefit, contact the team today.

A manufacturer’s guide to… AR & VR

I’ve worked across different areas of design for 25 years, spanning graphics, web, user interface and experiential design through, more recently to XR:- Extended reality which essentially encompasses VR – Virtual Reality and AR – Augmented Reality.

Running the “Game and App Design” degree at University of Sunderland cemented my interest in the potential of VR, I could only see it growing, improving and becoming central to digital communication.

Applying these same skills across industrial and manufacturing contexts reinforced my view as to the value it offers. For example, accelerating training, enhancing design review, facilitating remote collaboration. AR and 3D scanning, share the same upward trajectory, adoption is growing and we are seeing increasingly innovative and effective adoption of these. Part of my role is in helping SME’s understand and identify how these technologies can be applied to improve their process.

Advances in the XR sector are rapid, in respect of both software and hardware solutions, alongside a lower cost point, this is broadening sector adoption. VR and AR are mature technologies. At its inception 25+ years ago, VR was an industrial application technology – bespoke computers were needed to create experiences and run it. Advances now mean there is more processing power to drive both VR and AR creation and the devices to run them. AR can be delivered on smartphones and tablets, whilst standalone VR headsets cost as little as £400. Affordability has democratised delivery.

There’s a better understanding of VR/ AR and how they can support core industrial and manufacturing processes. VR is increasingly used for accelerating training, creating digital twins, collaborative design review and production planning at 1:1 scale. AR aids field service support and predictive maintenance, drawing on IIoT (Industrial Internet of Things) data for maintenance monitoring, asset tracking, and mapping 3D models to the physical world.

The evolution of computer processing has been key. GPU processing hugely improves rendering and frame rates, vastly enhancing the experience. VR experiences feel more realistic, AR tracking is more stable. Headset cameras map experiences to the physical space of the viewer. Increasing use of hand tracking eliminates the need for controllers, voice recognition leaves operatives free to work as they normally would, ‘gesture free’. Haptic technology, with its induced ‘forced feedback’, is also improving.

Crossover and inter-connectivity across technologies is also driving things forward; the ability to bring 3D scanning into both VR and AR at scale, to compare CAD against physical parts, or to conduct remote design reviews. All of these can prove invaluable and cost effective.

Using both data – pulling information into experiences in real-time, and AI for calculating and rendering events in real-time – are ever evolving and being applied to simulation for true digital twinning.

Sectors with the biggest development and investment budgets have been those quickest to embrace, notably Aeronautics and Automotive. They can deploy at scale and have the infrastructure to support and develop ‘services’ through R&D. The ROI – return on investment – is easier to identify and they can factor ongoing cost into their budgets.

It’s harder for SMEs who must prioritise investment in new technology. It’s not simply financial, there are many misconceptions, not least the perceived cost, that make firms pause. Many don’t understand how they’d use VR and AR. It’s part of my role to help companies understand this and identify ROI.

In my role, no two projects are the same. We helped a company visualise a digital prototype design for a standing desk at scale using VR and AR. Harnessed AR on modular building site platforms as a visualisation tool for construction planning. Captured large area scans of factories and took these into VR where they can be moved and edited. Used AR to break down complex assembly sequences to improve operative understanding.

Globally, investment in XR technology is strong, pushing the technology ever further, there are no signs of this changing.

The big tech companies, Apple, Meta, Windows, Samsung, Google etc. continue to invest heavily. As a result there’s a number of development/ delivery platforms: ArKit, ArCore, MRTK, OpenXR, ioX, major vendors are fighting for market share. Rather than standardisation, I envisage increasing niche specialisms and AI and/ or data will be pivotal to VR and AR applications within the industrial and manufacturing sectors.

Digital transformation is a hot topic, AI and data is at the heart of this; as VR and AR prove effective ways of visualising, retrieving and using these, adoption will be more widespread as part of the larger ‘toolkit’ rather than standalone technology.

Manufacturing a brighter future for North East industry

The Sustainable Advanced Manufacturing (SAM) Project has been helping North East manufacturers to become more productive and sustainable by supporting projects that enhance their products, processes and technology for the past five years.

The programme – which was launched in May 2018 – has proven a huge success and benefit to the region, attracting national attention while forging an impressive reputation, as well as helping bring to market some notable new products and innovations.

To date, it has provided almost £2 million in grant funding to the region’s manufacturers, as well as providing practical and research support to over 300 SMEs, from sole traders all the way through to businesses employing hundreds of staff.

And with the programme set to run until June 2023, discussions are now underway as to how this significant support can remain accessible to the region following the end of European Regional Development (ERDF) funds.

The pioneering £10.9 million initiative is part-funded by ERDF, which invested £5.8 million, and the University of Sunderland and industry.

The project offers a range of assistance to eligible SMEs in the North East LEP area, allowing them to access and tap into the significant academic resources with the University’s Faculty of Technology, a specialist team of industrial experts and five distinct factories with more than £1 million worth of cutting edge equipment.

Through this, SAM is able to offer both practical and research support, ensuring businesses can access relevant knowledge comprising some of the region’s and industry’s best informed and experience practitioners, as well as access to the latest advanced manufacturing technology.

The SAM Project Technical Research and Development team has been drawn from industry with a diverse mix of backgrounds and skills to provide a unique and compelling offer of support to SMES in the region.

Roger O’Brien, project and technical lead at the SAM Project, said: “The SAM Project is, and has been a huge success, and we are delighted to be continuing to provide support to the region’s manufacturing sector, which is key to the regional economy, jobs, growth and position.

“Over the years, we’ve provided funding and support to hundreds of businesses and have witnessed firsthand the impact this has had, from safeguarding and creating jobs to transforming entire production lines. Last year alone we registered an additional 77 manufacturers onto the programme, as well as working with existing businesses, meaning 169 companies have now received support in the last 12 months alone.

“Since the pandemic and with the impact of Brexit, the nation’s manufacturing sector has faced more than its fair share of challenged. However, it has also provided opportunities such as re-shoring and bringing back in-house previously sub-contracted works, as well as business diversification.

“Now, more than ever, manufacturers need our support and the funding and support offered by SAM is key to ensuring many of the region’s SMEs are able to adapt and grow as we look to re-emerge from this crisis and keep Britain’s economy moving, and help prevent the UK from falling into a potential recession.”

The SAM Project has provided matched-funded grants of up to £50,000 to scores of SMEs, be it for capital, product validation, equipment and other financial inhibitors to drive the strategic development of both product and process.

The total grant pot was £2 million, which has supported approaching £6 million worth of private sector investment in new facilities and state of the art equipment, in nearly 80 businesses within the North East spread across all areas of the region and from a diverse mix of manufacturing sectors, from traditional engineering to those delivering cutting edge new products and processes.

An independent report commissioned to explore the impact of the SAM Project at the midpoint of the project also revealed that the programme helped create 270 jobs, over half of these directly as a result of SAM interventions and added over £47 million in gross value to the regional economy.

Two years on from that report and the success has magnified as the impact has continued to grow, with the project about to embark on a full impact assessment and evaluation for its full duration.

“Our fully-funded technical advice and support is what really makes the SAM Project stand out from your traditional business support schemes,” Roger added. “While there are many other grant funds out there to help businesses grow, there are very few – if any – and certainly none in the region, which offer the intensive, personalised, in-depth technical support that we do.

“We have delivered everything from concept designs, proof of concept studies, implementation support, factory layout, technology adoption and best practice, across the spectrum of advanced manufacturing. I am immensely proud of the support and benefit the project and team have made to the region, and hope this can continue to make a difference beyond June 2023.”

Roger concluded: “If you’re an SME manufacturer, then the engineers, researchers, grants and access to equipment are here to help you adapt to the inevitable process changes facing and to help take your business to the next level.

“Programmes like this are pivotal to ensuring the North East continues to lead the way in product, process and technology innovation – and we can’t stress enough how important it is that manufacturers get on board before this phase of support ends.

“There is only a set amount of time and technical support available, as well as very limited grant funds remaining, therefore – following the huge success – registration as soon as possible is highly recommended.”

Manufacturers urged to apply for funding before it’s too late

The SAM Project is urging the region’s manufacturers to apply for grant funding before it’s too late.

Hundreds of businesses have received grants of up to £50,000 from the Sustainable Advanced Manufacturing (SAM) Project at the University of Sunderland since its launch in 2018.

Totalling over £1million, the grants have helped businesses – ranging from sole traders to those with over 100 employees – embrace the latest technology and improve processes, leading to the creation of hundreds of jobs and boosting the regional economy by tens of millions of pounds.

And with the second round of the grant fund closing this month, the programme is urging businesses to apply for funding before the February 1 deadline.

Roger O’Brien, Project & Technical Lead at the SAM Project, said: “Over the past four years we’ve seen hundreds of manufacturers benefit from our grant funding and technical support, from companies investing in robotics to cutting-edge machinery and VR equipment.

“The embracing of such new technologies hasn’t just led to increased profits, either. An impact report following the first phase of the SAM Project revealed that it had helped create over 290 jobs and add in excess of £47.1million in gross value to the region’s economy, so it has had a profound impact.

“However, all good things must come to an end, which is why we are urging the region’s manufacturers who have not yet applied for funding from phase two of the project to apply before it’s too late.”

The matched grant funding can be used to support capital/ product validation, tooling and overcoming other financial inhibitors, unblocking strategic development of both product and processes within a manufacturing business.

One business that has benefited from funding from the SAM Project is soft drink manufacturer Clearly Drinks, based on Southwick Industrial Estate in Sunderland.

After receiving a grant from the SAM Project, the company was able to purchase a new pasteurisation unit and nitrogen dosing system which led to the creation of 10 new jobs and helped the company land its largest contract to date with a national wholesaler.

Chief executive Mick Howard, who joined the company in 2018, said: “The support from SAM was fantastic. The process was super-simple and allowed us to not only tap into funding to help de-risk our investment, but also receive the technical expertise required to ensure we maximise the potential of the new equipment and technology.

“For a business like us, in the current landscape, it can be quite hard tapping into funding and support when you’re looking to scale and the team at the SAM Project really went above and beyond to help us.”

As well as providing grant funding, the SAM Project has also brought together a team of manufacturing experts with over 250 years of industry experience to provide free, expert support to the region’s businesses.

It has also invested millions of pounds into establishing a series of state-of-the-art test factories at the University of Sunderland’s Industry Centre, boasting 3D printers, I4 rigs and VR/AR equipment and software to encourage SME engagement with advanced technology.

Roger added: “Whether you’re overcoming challenges or identifying new opportunities to grow, the likelihood is that our team have been there and done it, and if they haven’t, you can guarantee that they won’t stop until they’ve helped you engineer a solution to it, so I’d recommend any business wanting to tap into their knowledge to get in touch while they can.”

The Sustainable Advanced Manufacturing (SAM) Project is a £10.9m project to support the implementation of product and process development and the introduction of technology within the SME manufacturing base in the North East Local Enterprise Partnership (NE LEP) area.

The programme is a collaboration between ERDF, which provided £5.77m in funding (£2.6million from 2014-2020 and £3.1million from 2020-2023) and the University of Sunderland, which manages and, alongside industry, has invested £5.15m into the delivery of this project.

For more information on the SAM Project’s grant funding and technical support, contact Dionne Clark at Dionne.Clark@sunderland.ac.uk

New machinery helps worktop manufacturer apply the perfect finish

A North East worktop manufacturer has revealed how digital simulation software has helped the 25 year old business visualise a brighter future.

Nostalgia Work Surfaces (NWS), based in Washington, has cut costs and lead times and ramped up productivity after receiving support from a team of manufacturing experts.

After receiving technical support and funding from the £10.9 million Sustainable Advanced Manufacturing (SAM) Project, NWS was able to use state-of-the-art FlexSim software to help validate that they had the space required to install the new equipment required to achieve its future plans.

The firm had long considered investing in a new CNC saw to help improve its product quality and reduce lead-times, however the investment was substantial to elevate the cutting capability from traditional into the digital interface of next generation CNC machinery.

The support from SAM – which included an expert workshop on manufacturing management techniques and one-to-one support from a simulation specialist – meant NWS could use state of the art 3D simulation software to identify where the equipment would fit within its setup and avoid any installation pitfalls.

A grant also supported the purchase of a new CNC saw, which has significantly cut costs for the company and reduced its carbon footprint since its installation in July 2022, as well as being faster, more versatile plus reducing off-cuts and waste.

Alan Taylor, managing director at Nostalgia Work Surfaces, said: “We are really pleased with the impact the new CNC saw has had on the business.

“It has not only increased productivity, standards and reduced waste but it has also given the workforce a greater sense of pride, lifting their standards and attitudes to a new level.”

He added: “We couldn’t have done it without SAM. One of the key inhibitors to growth we’ve witnessed has been the inability to move our workshop around without impacting upon production and their support has been key to helping us overcome this challenge.

“Prior to speaking to the team, we would never have even thought of using simulation software as a means of re-designing our workspace and figuring out how to improve our processes. It would’ve just seemed like an alien concept.

“The grant also went a long-way to helping us purchase the machinery we needed. We really can’t recommend the support enough.”

Nostalgia Work Surfaces currently employs 13 people at its Swan Industrial Estate site, however Alan is confident that – despite the many challenges currently facing the nation’s manufacturers – the company’s recent investment will allow it to continue creating jobs as it looks to the future.

“Because of the ability of the machine, we are now able to take on more complex work, angles and curves, resulting in the manufacture of more complex products which would not have otherwise been possible,” he said.

“Looking forward, we hope this will not only allow us to introduce new product ranges and improve quality, but also create more jobs as we continue to innovate and grow.”

The Sustainable Advanced Manufacturing (SAM) Project is a £10.9m collaboration between the European Regional Development Fund (ERDF), the University of Sunderland and the Northern Powerhouse Initiative and Industry, supporting SME manufacturers in the North-East Local Enterprise Partnership (NE LEP) area to improve their products or processes and introduce new technology.

Roger O’Brien, Project & Technical Lead at the SAM Project, said: “It’s been fantastic working with Alan and the team on this project and seeing how the latest simulation technology can help businesses such as NWS break down their barriers to growth.

“Over the past few years, we’ve helped hundreds of companies just like Nostalgia explore how the latest industrial technologies can help them innovate and we’d recommend any SME in the region which manufacturers – or has plans to manufacture – to get in touch while the support is available.”

Innovation specialist praises manufacturing support programme

The expertise offered by a business support programme is allowing a North East innovator to rapidly bring a new air sterilisation product to market.

Founded in 2016, TRL9 is an industrial research, development and deployment company, with a particular expertise in surface engineering and specialist materials. But the need for innovation sparked by the Covid-19 pandemic led them to develop an air sterilisation system which eliminates the majority of airborne viruses.

With the help of Ian Barrett, CAD specialist at the Sustainable Advanced Manufacturing (SAM) Project – which offers a range of support to the region’s SME manufacturing businesses – they have been able to fast-track the development process.

Dr Bryan Allcock, founder and CEO of TRL9, said: “When you’re in my line of business, money isn’t always the most appropriate form of support, sometimes you need expertise.

“We have nine people in TRL9 and there are areas where we don’t have expertise, we have no one who can use computer-aided design (CAD) or computer-aided manufacturing (CAM) software, but this is an area of expertise SAM can provide.

“The outputs for us were initially a set of drawings and a bill of materials, but then they were able to help with the design as I didn’t know what the final product was going to look like and Ian from SAM came up with the design we’re now using, they also did most of the build of the first unit.

“Without the support of SAM, it would have taken us a lot longer to be able to get to where we are now, so we’ve had a much more rapid route to market. That has included introducing skill sets that we just didn’t have and couldn’t afford.”

Dr Allcock, who is originally from Birmingham, moved to the North East from Dorset, where he had been working in the aerospace industry, before setting up TRL9. He has a PhD in corrosion engineering, focussing on coatings, with TRL9’s most developed technology being responsible for coating the decks of the Queen Elizabeth and the Prince of Wales aircraft carriers so that F-35 fighter jets can land on them.

The company has a portfolio of research projects, with clients including the Ministry of Defence, BAE Systems and Halliburton, usually looking at things that are materials or surface engineering related.

“We have projects at various TRL stages,” said Dr Allcock. “We currently have a PHD student from Durham who is looking at thermoelectric coating, where you use the heat from your body to charge the little watch on your arm, so you never need to plug it into the mains. We’ve also got an oil and water separation system, a project looking at high entropy alloys and another involving solar fluidics, which SAM is actually helping us with at the moment.”

The SAM project has allowed TRL9 to develop a working prototype of their air sterilisation system that they can take to industry.

SAM is a £10.9m project to help SMEs in the North East develop new products and processes.

The programme is a collaboration between ERDF who is providing £5.77m funding (£2.6million from 2014-2020 and £3.1million from 2020-2023) and the University of Sunderland who are managing and, alongside industry, are investing £5.15m in delivery of this project.

Ian Barrett, Computer Aided Design and Engineering Specialist at SAM, said: “TRL9 is a great example of how the variety of help available through SAM, with our broad range of skills and expertise, combined with the access to funding, can be transformational for SMEs.

“For a lot of companies looking to innovate and bring new products to market, there are so many barriers – especially when it comes to product design – which can prevent them from bringing new products and services to market, however the support from the SAM Project can really help eliminate those challenges.”

The project has over £1m of industry leading capital including 3D printers, I4 rigs and VR/AR equipment and software to encourage SME engagement with advanced technology. The project also has grants of up to £50,000 available to support capital/product validation/tooling and other financial inhibitors to driving strategic development of both product and process.

Dr Allcock added: “I only have positive things to say about SAM, the guys there are fabulous and they’re very knowledgeable. There’s no hidden agenda for them, they’re not trying to sell something. I have already recommended SAM to two organisations that they are now supporting, that’s two further projects on the back of the work I’ve done with them, so I think that’s a pretty good accolade.”

Big changes at Bignall Group, thanks to SAM expertise

A firm of County Durham engineers has stripped hours from its manufacturing times and is planning to venture into new markets, thanks to an elite team of experts.

Bignall Group is saving hundreds of manhours, investing in new machinery and already planning the second phase of its project working with a team of specialists from the Sustainable Advanced Manufacturing (SAM) Project.

SAM – which offers a range of support to SME manufacturing businesses in the North East LEP area – supported the Shildon-based operation following a full survey of Bignall Group’s production and workflow management systems, helping the company pinpoint bottlenecks in the process and then develop a plan for addressing the issues.

Bignall Group general manager, Mark Coatsworth, said the expertise of the SAM Project team had been vital in helping identify areas where improvements could be made.

“We were already examining our workflow system and identifying areas where we could eliminate bottlenecks and remove waste from the manufacturing process,” said Mark. “Bringing in the SAM team really helped speed that process up and we benefited from the fresh sets of eyes looking at how we operated.

“Like all businesses, we are always looking at ways to be more efficient, save on costs and generally just improve the way we do things. SAM really boosted that process, in one instance tackling a challenge in our sawing process that previously took a minute to remedy, but now takes about four seconds.

“We worked out the machines that were operating over-capacity and we addressed it, quickly speccing up two new pieces of kit that not only alleviated the capacity pressures, but expanded our ability to do more.

“Projects like SAM are essential to help firms, like ours, take that leap forward and begin operating on another level.”

Bignall Group is made up of three complimentary businesses, Shildon Manufacturing Company provides CNC machining; Cobtec Cubicle Hardware supplies cubicle ironmongery into construction projects all across Europe; and Masterlube Systems designs, builds and distributes grease and oil lubrication systems worldwide from its facility in Shildon, County Durham.

SAM support not only helped pinpoint bottlenecks in the company’s systems, but also invest in a new 4-axis CNC machine and CNC lathe.

For over 40 years Bignall Group has been designing and developing light engineered products, with a manufacturing facility and multiple product groups. Selling in 20 countries across multiple industries, the company puts design and innovation at the core of everything it does. It currently employs 32 people, who work across all three businesses.

“Working with the SAM team last summer was an excellent experience and one that I’m very much looking forward to again, with the beginning of phase II of the project,” added Mark. “To be able to tap into that industry expertise has been invaluable for us.

“I’d absolutely recommend SAM to any SME looking to make efficiencies or improvements.”

Shildon Manufacturing Company remained open throughout the pandemic, with its clients providing items used in the NHS and the company even ventured into the world of PPE production at one point, designing, manufacturing and donating equipment to frontline workers.

Neil Taylor, automation and robotics specialist for the SAM Project, said: “Bignall Group is a fantastic cluster of businesses, each of which is really blazing a trail in its respective sector. It is a fantastic example of a company that has harnessed our region’s traditional industrial strengths and married them with leading-edge innovation.

“I look forward to continuing the great experience of working with the team at Bignall Group.”

The Sustainable Advanced Manufacturing (SAM) Project is a £10.9m collaboration between the European Regional Development Fund (ERDF), the University of Sunderland and the Northern Powerhouse Initiative and Industry, supporting the implementation of product and process development and the introduction of technology within the SME manufacturing base in the North-East Local Enterprise Partnership (NE LEP) area.

SAM offers four key support functions to businesses gearing up to grow, including access to technical expertise, with industrial specialists using their skill and expertise to guide businesses through the process of understanding and implementing technology; R&D, with a team of researchers able to support with the development of new products and processes; factories and facilities, including access to £1m of industry-leading advanced technology and equipment; and its grants scheme, that offers financial assistance to qualifying businesses.

Meet the Experts: Carl Gregg, Product and Process Design Specialist

Carl Gregg, product and process design specialist, has helped open the eyes of hundreds of SME manufacturers to the potential of additive manufacturing.

In its earliest form, Additive Manufacturing (AM) – or 3D printing as it is often referred to – has been with us since the early 80s and it should be no surprise that the technology has evolved significantly since then.

We are now at a stage where functional parts can be produced that can potentially outperform those which are conventionally manufactured. Prototyping remains a major use for additive manufacturing, however the days that 3D printing’s sole use was to produce non-functional prototype parts is over and increasingly, there is a trend emerging within the industry where additive manufacturing is being used for far more impactful means.

Our Prototype and Innovation Factory is home to a range of 3D printers that range from very basic (but still very useful) to advanced industrial machines. We even have a large format 3D printer that has a print area of 1mx1mx0.7m that can rapidly produce large parts that would usually need to be split apart to print on numerous printers.

In terms of advanced materials, we also boast two printers from market-leading 3D Printer manufacturer MarkForged (Metal X and Mark Two). The Metal X is able to print metal parts in a range of materials such as stainless steel, tools steels, Inconel and copper. This same printer was recently utilised for a project to produce an alternative to a cast part that was needed for testing. The lead time to produce the initial casting was six weeks compared to the production time on the Metal X which was just a few days.

We have had similar successes with the Mark Two system, which allows us to produce composite reinforced parts. The printer is fantastic for producing components that require highly functional parts such as machining fixtures or end of arm tools. The printer achieves this in two ways. Firstly, the material that is used to produce the parts is a blend of nylon and chopped carbon fibre, however the feature that sets this printer apart is its ability to inlay continuous fibre reinforcement such as carbon fibre or Kevlar. This fibre reinforcement allows us to produce plastic parts that have a similar functional strength to 6061 aluminium.

For higher volumes of production, we have an HP Multi Jet machine that can produce accurate, highly detailed parts in batches in an overnight run. Increasingly, companies are seeing this as a viable alternative to injection moulding for shorter runs of under 10k. The printed parts from the HP machine are air and watertight and some interesting case uses have been found to exploit this, such as, incorporating vacuum lines into end of arm tooling to produce a part that cuts out numerous assembly steps.

A common trait that we do see is that the 3D printing can increase the band width of conventional machines. For example, the printers need very little oversight when compared to CNC machining and they’re very easy and quick set up. Typically, a machine could be set up with a “digital warehouse” of jigs, fixtures, end of arm tooling, etc. and they can be called off with only a button press. This can reduce lead time and cost for any production change over and to ensure your machines keep running.

Meet our AR and VR Expert

Virtual and augmented reality (VR/AR) are mature technologies that are quickly moving from ‘proof of concept’ to being widely adopted across the industry.

However, while there’s been strong take up by large manufacturers, particularly those in aerospace and automotive, adoption by smaller UK companies has been less widespread.

It can often be difficult for small companies to identify where such technology can add value to their operations and identify a potential return on investment.

Through my role, I help the region’s SME manufacturers to understand how VR/AR and other digital technology can help overcome business challenges, improve onboarding, staff training and also corporate decision making.

For those unfamiliar with VR, it is an immersive experience delivered via headset and is increasingly being used to accelerate employee training; setting completion tasks against virtual scenarios i.e. by re-creating technically involved or hazardous scenarios in which an apprentice or similar can undergo training ‘risk free’. It is also increasingly being used for remote design review and collaboration, meaning users in different parts of the world can enter the same ‘virtual’ space, in real time, to discuss CAD design iteration, factory layout and a whole host of other actions.

AR essentially uses devices to ‘overlay’ digital content into the real world, this can be CAD, simulation/ animation, video, audio, and documentation (such as PDFs). This type of ‘digital twinning’ (utilising Industrial Internet of Things (IIoT) devices) is giving rise to ever more effective application scenarios; such as maintenance monitoring, remote inspection, asset tracking, field servicing and predictive maintenance (using live sensor data), guided training/ instruction, and job completion tracking.

As the cost of both VR and AR technology continues to fall, they are beginning to bring clear value to company’s core operations by making them more sustainable and scalable. There are many systems to choose from and SAM can support in identifying the right solutions. A company can also visit our Digital Factory at the University of Sunderland and directly experience using the technology first-hand.

Facilities include different VR headsets, Microsoft HoloLens 1 & 2, large area scanning to produce point cloud and thermal analysis (i.e., of factory environments), tablet devices, 3D scanning for part analysis and commercially available software authoring environments.

Alongside our specialist support, the facilities also provide a no-risk opportunity to explore the potential that a range of digital technologies might bring to your operation and establish a roadmap for timely and cost-effective adoption. Visit us today to find out how your business could benefit.

Meet our Electronics and Industry 4.0 Expert

Richard Eynon, Industry4.0 and Electronics specialist at the SAM Project, helps SMEs understand and embrace the latest innovations.

Despite the many technological advances that have transformed the manufacturing industry over recent years, many SMEs are still reluctant to invest in the latest Industry4.0, digital and electronic innovations due to a common misconception that you need the budget of an OEM in order to purchase and run the latest software and machinery.

Having accumulated over 20 years’ experience working with transducers in a variety of industries, I have seen the impact cost effective and retrofittable cyber-physical devices can have on SMEs, especially when it comes to productivity. For example, using Internet of Things (IoT) connected devices such as condition monitoring equipment, which include Vibration, Temperature, Humidity, and Proximity Sensors. These devices can help SMEs monitor performance of their machines and identify potential breakdowns and failures before they happen, resulting in less machine downtime and increased productivity.

Our Acoustic sensors can also be used to validate (audio) data from the connected devices, with an option of further in depth spectrum analysis and can also be intrinsically safer to locate where physical access may be a problem.

This wide industry experience over many years has essentially made me ask better and more relevant questions to help manage and determine a successful design solution, which generally can exceed internal or external customer (client) expectations. Many design concepts require multi-skilled individuals or groups to solve them and being within the SAM Project – and having access to our colleagues with their broad industry experience and a wide network of industry contacts – can quickly determine the validity of an idea from proof of concept to manufacturability.

SMEs interested in learning how new technologies such as conditioning monitoring can benefit their business can also trial the technology themselves at our state-of-the-art factory areas at the University of Sunderland. Boasting over £1million worth of market-leading equipment, one of our most popular devices is a Portable Monitoring System.

The equipment is small and cost-effective but is a great introduction for SMEs wishing to learn how to implement digital data gathering into their business without breaking the bank and our test factory provides the perfect opportunity for companies to de-risk any future investments in new technology.

All of this equipment is completely free for manufacturers to try out. So, if you’re thinking of investing in any new machinery or software over the year ahead, why not de-risk your investment by paying us a visit?