Staying COVID-19 Secure in 2020
March 9, 2021 5:25 pm Comments Off on Staying COVID-19 Secure in 2020We confirm we have complied with the government’s guidance on managing the risk of COVID-19 - Five Steps of Safer Working Together.
We confirm we have complied with the government’s guidance on managing the risk of COVID-19 - Five Steps of Safer Working Together.
In the Autumn of 2018, Bridgewood UK revealed that we had invested in the Tebis V4 Software suite to streamline our manufacturing process of high quality plastic parts. We identified the software as key to improving our new product development process, and after 18 months of use, we are delighted with the benefits this new technology has delivered in reduced production times and higher quality parts.
Bridgewood UK are experts in the design, development and manufacture of innovative thermoformed plastic components and parts. Operating from their site close to the iconic Humber Bridge near Hull for over 30 years, their modern 100,000 square foot facility includes a range of cutting-edge vacuum forming and CNC trimming machinery, along with composite moulding and sub-assembly facilities. Bridgewood design and produce plastic components for clients based both here in the UK and internationally.
Eco credentials have never been more important for British businesses. It makes sense for companies to invest in being environmentally aware, not only from a financial point of view, but also in both ethical and practical terms.
During the Autumn of 2016, with energy costs escalating and long term business objectives to reduce their carbon footprint, Bridgewood began to look at ways of lowering energy consumption and reducing carbon emissions.
Agriculture is just one of many sectors that is recognising the benefits of using thermoformed plastic parts . The long-lasting, hard wearing properties of these components are ideal for this type of application, so it's hardly surprising that they feature in so many agricultural environments.
Drape forming is a highly specialised process, typically used for plastic components where a gentle curve or shaping is required. It’s imperative to have the right equipment to hand, as well as following the proper drape forming process to ensure the finished products are up to the required standard.
Choosing the right trimming and finishing method is essential for the vacuum forming process. Failure to select the right one can affect the overall quality of the component, its longevity and ultimately how effective it is at doing the job for which it was intended. Having an understanding of different trimming methods can ensure customers are better informed when choosing a manufacturer of vacuum-formed components. After all, a company that doesn't offer a tailored solution is unlikely to deliver to the required standard.
Bridgewood UK utilises a range of vacuum forming, polyurethane reinforcement and composite moulding processes in conjunction with an array of materials to manufacture components and assemblies for a wide range of applications and markets. For example they vacuum form parts for products such as shower units for caravans, and body parts for various commercial vehicles.
The cost-effective nature of vacuum forming (thermoforming) is what makes this process the production method of choice for many plastics component manufacturers. However, as with any complex processes, it's essential to follow each stage accordingly to ensure the quality of the final product. In this guide we aim to offer advice on design issues that need to be considered when designing plastic parts that are to be vacuum formed.
As the UK's leading vacuum forming specialists we have over 30 years of technical capability and are experts in using vacuum forming to make plastic parts that are durable, attractive and cost effective. We are asked for advice on all aspects of thermoforming and vacuum forming so we've pulled together the most frequently asked questions and their answers in this article.
Thermoforming has a wide range of applications in many different industries, but it is rapidly becoming the best process for construction equipment, producing high quality plastic parts that last longer and look great.
Thermoforming is a huge part of the service we provide and the term is something you'll see mentioned regularly across our website. Read on to find out more about exactly what it is, how the process works and what materials are used, the advantages and applications, and our expertise in this very specific area of forming plastic parts and products.
It's likely that many of the plastic products you come across in everyday life have been made using vacuum forming, a thermoforming process that we at Bridgewood UK specialise in. In this blog post we look at just some of the industries that take advantage of vacuum forming in order to produce attractive, cost effective and highly durable plastic products.
As leading suppliers of engineered plastic components, here at Bridgewood UK we are to significantly increase our workforce to cope with growing demand for our services, following £1 million in funding from Santander Corporate & Commercial.
Tool (or mould) design is a very important part of vacuum forming as it can mean the difference between a defective part, and one that is high quality and works well. No matter how good the vacuum forming process and how robust the material, if the tool itself isn't properly designed the part simply won't come out right.
A blustery day is a common occurrence here in the UK, so it's not surprising that this country is considered to be the best location for wind power in Europe and is ranked as the sixth largest producer of wind power in the world! So where are all of these wind turbines coming from, and who's making all of the parts?
Vacuum forming is a thermoforming process in which a plastic sheet is heated to the desired temperature, and then moulded to a three-dimensional shape using vacuum technology and compressed air.
In our recent blog post giving an introduction to the vacuum forming process we covered each stage of how plastic products are made using vacuum forming. In this post we will be giving an overview of which plastic materials are suitable for vacuum forming and the individual characteristics of each.
Bridgewood have taken delivery of a bespoke large area vacuum forming machine to meet the demands of their growing business. The machine has been custom designed & built to meet Bridgewood’s specific requirements for a major new project.
Bridgewood have developed a number of thermoformed vending machine front panel assemblies for an international manufacturer of bespoke beverage vending machines. The new designs incorporate a contrasting range of thermoformable plastic sheet materials.
Bridgewood have launched an innovative range of shower solutions for their Holiday Home, Touring Caravan & Motor Home customers.
Bridgewood have developed a unique design of growing tray for an international supplier of vertical growing systems.
Bridgewood have developed a number of thermoformed exterior panel applications for an International manufacturer of earthmoving equipment with a new engineering plastic that offers some unique benefits.