cleanMOULD Project | Results in brief | H2020 - custom plastic injection moulding

John Newman is a Digital Engineering contributor who focuses on 3D printing. Contact him via [email protected] and read his posts on Rapid Ready Technology.

One of the UK’s largest producers of concrete products, Northern Ireland-based Creagh Concrete, will collaborate with DataFlowIQ, Linearworks, Kinsetsu and Coraledge Ltd to gain accurate, comprehensive insight into its production process. Optimising and digitalising the manufacturing process, while improving energy and operational efficiency, will enable Creagh Concrete to maintain its competitive edge and achieve its sustainability goals.

The PIM-SHOOTER Model-150A offers a mold size of up to 7 x 5 x 5 in. with a shot capacity of 1.25 cu. inch volume or 21 grams weight. The machine can handle ABS, PE, PP, PS, ACETAL, EVA, and TPE plastics and has a footprint comparable to one of those can smashers people bolt to their walls.Although users will still have to get molds made to use the machine, the ability to pop out a small run of plastic objects without waiting multiple hours for a desktop 3D printer to finish a single print could make the LNS Technologies’ offering a useful tool for trial runs of products or offer greater capacity to small manufacturers and colleges.From the Kickstarter page:So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

Digital Catapult, the UK authority on advanced digital technology, has welcomed eight technology companies to the Made Smarter Innovation Sustainability Accelerator to improve resource and energy efficiency in UK manufacturing. Working with industry specialists BAE Systems, HS2 and Creagh Concrete, the participating companies will receive support from innovation experts at Digital Catapult to co-develop solutions that will establish a more sustainable industrial future.

Although users will still have to get molds made to use the machine, the ability to pop out a small run of plastic objects without waiting multiple hours for a desktop 3D printer to finish a single print could make the LNS Technologies’ offering a useful tool for trial runs of products or offer greater capacity to small manufacturers and colleges.From the Kickstarter page:So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

Cenk Kafaoglu, manufacturing development engineer, BAE Systems - Air, said:  “BAE Systems Air Sector has a clear set of net zero drivers we are embedding in our UK manufacturing operations, with researched and applied data science being key to achieving our goals. We have always looked to our strong relationships with the Catapult Network and UK-based SMEs as a way of accelerating early stage technology development ideas. The innovations from these proposals could make a hugely positive impact on the way we do things”

Delivered by Digital Catapult, the programme is funded by Made Smarter and Innovate UK, to build on the success of the Made Smarter Technology Accelerator, which paired UK manufacturers with technology companies to adapt and improve their approach to industrial innovation. The new programme will foster deeper strategic collaborations between tech innovators and industrial pioneers to advance sustainable manufacturing initiatives, including the application of digital twin technologies.

BAE Systems, which provides some of the world’s most advanced defence, aerospace and security assets, will work with Digica Solutions Ltd to develop a digital twin of its Factory of the Future research centre. Digica’s solution will demonstrate how environmental factors affect manufacturing operations, while Quasir Ltd will combine physics-based models with data-driven machine learning tools to increase operational efficiency, whilst reducing energy consumption and resource waste.

From the Kickstarter page:So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

LNS Technologies is looking to fill the gap between AM and injection molding for small runs of plastic parts by offering a desktop plastic injection molding system. Already fully funded via Kickstarter, the company plans to sell its system for $1,500, which is cheap for nearly any injection system that isn’t fueled by Play-Doh.The PIM-SHOOTER Model-150A offers a mold size of up to 7 x 5 x 5 in. with a shot capacity of 1.25 cu. inch volume or 21 grams weight. The machine can handle ABS, PE, PP, PS, ACETAL, EVA, and TPE plastics and has a footprint comparable to one of those can smashers people bolt to their walls.Although users will still have to get molds made to use the machine, the ability to pop out a small run of plastic objects without waiting multiple hours for a desktop 3D printer to finish a single print could make the LNS Technologies’ offering a useful tool for trial runs of products or offer greater capacity to small manufacturers and colleges.From the Kickstarter page:So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

Participating startups and SMEs will each receive £75,000 funding to develop a proof of concept and a further £100,000 will be available for up to four companies to progress to phase two. Phase two will support the successful companies to develop pilot prototypes, culminating in a showcase in early 2025 to pitch their solutions to investors and industry leaders.

Zoë Edmonds, senior innovation manager, HS2 Ltd, said: “We are excited to collaborate with these two companies on our data integration challenges, and benefit from their innovative approaches. Both companies are new to HS2, so Digital Catapult has helped us reach new potential suppliers to explore their fresh ideas. The sheer scale and complexity of analysing reusable materials in up to 350 temporary worksites requires a truly innovative approach, and if successful it could represent a significant step change to engage the construction industry in the circular economy.”

Additive manufacturing (AM) is great for plenty of applications, but it does have some disadvantages when it comes to certain areas. Industrial 3D printers may be able to build enough parts in one batch, thanks to a large build envelope, to make mass manufacturing worthwhile, but desktop AM systems are less useful for such applications.

HS2 is constructing Britain’s new high-speed railway, comprising 140-miles of track, four new, state-of-the art stations, two depots, 32 miles of tunnel, and 179 bridges. Construction is based at over 350 active sites between West Midlands and London, most of which will be converted to green sites in the coming years, with Infinitive Group Ltd and Material Index seeking to improve the sustainability of this work by optimising the planned deconstruction process. Both startups will develop digital software tools to integrate and analyse deconstruction-related data effectively to support informed decision making about material recapture and reuse, ensuring that when sites are no longer needed, they are sustainably deconstructed.

The programme will offer participants support in the form of sustainability masterclasses, technical monitoring, innovation expertise and peer-to-peer support, to grow each company’s capabilities. The programme will play a critical role in advancing industrial sustainability through the adoption of deep technology, and comes as it was announced that the country is halfway to net zero, with emissions cut by 53% between 1990 and 2023.

Justin Cross, director of Innovation Practice, Digital Catapult, said: “With UK manufacturing touted as one of the silver bullets to sustainable economic growth, there is growing demand for manufacturers to demonstrate their commitment to sustainability, and prove that this commitment yields significant commercial benefit. The UK was the 8th largest global manufacturer last year, so we are in a prime position to show the rest of the world that sustainable innovation and smart manufacturing are key to achieving long-term economic prosperity. I’m confident that these innovative solutions will improve energy efficiency and optimise resource use, and I’d like to congratulate the startups for joining this pioneering new programme.”

So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies

The PIM-SHOOTER Model-150A offers a mold size of up to 7 x 5 x 5 in. with a shot capacity of 1.25 cu. inch volume or 21 grams weight. The machine can handle ABS, PE, PP, PS, ACETAL, EVA, and TPE plastics and has a footprint comparable to one of those can smashers people bolt to their walls.Although users will still have to get molds made to use the machine, the ability to pop out a small run of plastic objects without waiting multiple hours for a desktop 3D printer to finish a single print could make the LNS Technologies’ offering a useful tool for trial runs of products or offer greater capacity to small manufacturers and colleges.From the Kickstarter page:So what our machine offers is a way for individuals, small businesses or even large companies to use low cost aluminum molds to produce their own prototype partsff.  Or they can even make moderate production runs of a custom plastic product. In addition, this machine makes it convenient to test various plastic resins and to confirm that a part can actually be molded.Below you’ll find the Kickstarter video for the PIM-SHOOTER Model-150A.” frameborder=“0” allowfullscreen=“yes”>Sources: Kickstarter, LNS Technologies