Category: PlastikCity Blogs (Page 3 of 15)

Industrial automation involves utilising controlled or computer-controlled systems to carry out tasks typically performed by humans. This automation enhances production efficiency, reduces error susceptibility, and delivers higher-quality products. In this blog, Intouch Monitoring talks about how scalable MES solutions speed up Industry 4.0 use and enhance manufacturing efficiency.

Technology today is constantly changing at high speed with global challenges demanding innovative solutions, the International Organization for Standardization (ISO) plays a huge role in shaping the future landscape of industries worldwide. In this blog, EmmersonWills explores the evolving role of the ISO in shaping industries through digital transformation, sustainability, agile standard development, and more.

If you’re looking to implement smart factory technology you’re not alone. Many other companies are faced with the same challenges and are making the switch to stay competitive. In this blog, Intouch explores three clear signs that indicate your factory is ready to embrace digitisation to enhance efficiency, improve production, and significantly reduce costs.

MGS Technical Plastics is a leading plastic injection moulding company with expertise in volume manufacturing. It covers a wide range of services including design & development, reshoring, transfer & sourcing of tooling, injection moulding – handling shots up to 3.5 kg, mechanical & electronic assembly and logistics. In this blog, MGS Technical Plastics makes known the most used plastic materials in injection moulding, highlighting the key differences and properties.

Injection moulding equipment is the backbone of many manufacturing operations, enabling the efficient and cost-effective production of a wide range of plastic products. However, like any machinery, injection moulding equipment requires regular maintenance to ensure optimal performance, longevity, and safety. In this blog post,  RJG explores essential maintenance tips to keep your injection moulding equipment running smoothly and prevent costly downtime.

Micro-injection moulding has emerged as a revolutionary manufacturing process, providing a gateway to creating intricate and tiny components for various industries. This technique has gained prominence due to its ability to produce precise, high-quality, cost-effective small-scale parts. In this blog post, RJG will explore the advantages and challenges associated with micro-injection moulding.

In the world of plastics manufacturing, there has been a definitive line between 3D printed parts and plastic injection moulded parts. However, in recent years, that line has blurred as more injection moulders not only see the value in 3D printing for prototyping parts or low-volume runs but also to help create efficiencies in their own manufacturing processes.

In this blog, MGS Technical Plastics goes into detail on the most important considerations to take into account when injection moulding. 

Despite being a powerhouse in manufacturing with an impressive £224bn output, the UK surprisingly ranks 24th in global robot density. This isn’t just a fun fact – it’s a critical indicator that we need to step up our game in industrial automation, especially given ongoing labour shortages and rising operational costs in recent years. Let’s delve into why automation is no longer a luxury but a necessity for our industry’s future.

In an era marked by geopolitical disruptions and global uncertainties, the UK plastic manufacturing industry faces unique challenges. To mitigate these risks, there is a growing need to re-evaluate and strengthen supply chains. A promising strategy emerging for UK plastic moulders is the localisation of their supply chain – a move towards relying more on British suppliers with UK stock. At PlastikCity, this approach is not just a recommendation; it’s a foundational principle. In this blog, PlastikCity explains the benefits…

In this blog post, RJG will guide you through why dimensional inspections matter and the key steps and best practices for conducting dimensional inspections of plastic injection moulded parts.

Want to know how to save hundreds of pounds in energy by simply optimising your machine and processes? There are eight steps to running the most energy-efficient moulding machines, as Lukas Krueger, Applications and Industries Manager at ARBURG, explained to guests at ARBURG’s Open House to celebrate 100 years of the Hehl company on 17 May.

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Additive masterbatches are used in plastic manufacturing to improve processing or to enhance the properties of moulded components. A blowing agent can be included within an additive masterbatch.

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Shore hardness is a measure of the hardness of different materials, and measures the resistance of a material to indentation.

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Producing a mould tool can come at a large expense. Whilst this initial outlay is worth it due to the economies of scale that come with producing hundreds of thousands of plastic mouldings, avoiding unnecessary costs during the process is still important.

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Industrial chillers are key components in manufacturing processes, especially in the plastics industry. They help control the temperature of machinery and materials.

Chillers keep equipment cool during operations, preventing overheating and ensuring consistent product quality. They play a crucial role in improving production efficiency and extending the lifespan of machinery.

Choosing the right supplier for your industrial chillers is important to maintain an efficient and reliable production environment. This article lists the top 5 suppliers of industrial chillers in the plastics industry.

Moving your plastic injection moulding operation to a different manufacturer is nothing new. Sometimes mounting problems make this the best move for your business. If you’re thinking of making the move but aren’t quite sure what the process involves, then you’re in the right place with BEC Group’s latest blog.

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The term automation covers a wide range of scenarios, from simple de-moulding cells to complex assembly lines. Within the plastics sector, the majority of automation is designed to reduce labour costs, prevent damage to parts and provide consistent production rates. This is achieved by replacing machine operators with programmable robots that are controlled and synchronised by the production equipment.

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