Jenny

Developing Composite Processes – the emergence of a new technology

Flexible Mfg
Past Webinars

Creating Flexible Manufacturing Facilities

In-line testing
Past Webinars

In-line testing and validation for technical manufacturing process

Digitization for manufacturing
Past Webinars

Digitization for Manufacturing Processes

Welding and Joining
Past Webinars

Welding and Joining

Process Efficiency
Past Webinars

Process Efficiency

Process Efficiency
Past Webinars

Developing Composite Processes

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Developing Composite Processes

The emergence of a new manufacturing technology 


There are specific challenges for the manufacture of composite components. 

In this webinar we cover multiple stages of the process including “pre-form” checking fixtures, bonding fixtures and assembly fixtures incorporating Common Datum – solutions that align the datum systems of a customer’s component with multiple process fixtures.

Leading to lighter tooling and end effectors, smaller robots and greater accuracy.

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    Process Efficiency – flexible automation for complex manufacturing processes

    Flexible Mfg
    Past Webinars

    Creating Flexible Manufacturing Facilities

    In-line testing
    Past Webinars

    In-line testing and validation for technical manufacturing process

    Digitization for manufacturing
    Past Webinars

    Digitization for Manufacturing Processes

    Welding and Joining
    Past Webinars

    Welding and Joining

    Process Efficiency
    Past Webinars

    Process Efficiency

    Process Efficiency
    Past Webinars

    Developing Composite Processes

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    Process Efficiency

    Flexible automation for complex manufacturing processes 


    We help companies get far more flexibility from automation equipment such as robotic arms by creating customisable solutions which enables them to perform a broader range of processes.

    Fixtures and tooling which can either be adapted by our customers – to suit a wider range of processes and products through modular design and function – or bespoke solutions, which is far quicker than conventional fixturing and tooling processes.

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      More MetLase Webinars…


      Welding and Joining – faster, rapid, accurate manufacture of bespoke fixtures

      Flexible Mfg
      Past Webinars

      Creating Flexible Manufacturing Facilities

      In-line testing
      Past Webinars

      In-line testing and validation for technical manufacturing process

      Digitization for manufacturing
      Past Webinars

      Digitization for Manufacturing Processes

      Welding and Joining
      Past Webinars

      Welding and Joining

      Process Efficiency
      Past Webinars

      Process Efficiency

      Process Efficiency
      Past Webinars

      Developing Composite Processes

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      Welding and Joining – faster, rapid, accurate manufacture of bespoke fixtures


      Jigging and tooling is a complex business, especially where you have complex shapes, difficult to handle items and exotic materials which must be assembled to tight tolerances.

      In this webinar we explore how advances in fixture design techniques and materials handling are making this tooling much more suited to these activities. In many cases the tools and jigs can be automated in harmonious synchronicity – improved and shortened production times – whilst also ensuring every process is implemented in exactly the same way.

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        Digitization for Manufacturing Processes – consistent and accelerated production

        Flexible Mfg
        Past Webinars

        Creating Flexible Manufacturing Facilities

        In-line testing
        Past Webinars

        In-line testing and validation for technical manufacturing process

        Digitization for manufacturing
        Past Webinars

        Digitization for Manufacturing Processes

        Welding and Joining
        Past Webinars

        Welding and Joining

        Process Efficiency
        Past Webinars

        Process Efficiency

        Process Efficiency
        Past Webinars

        Developing Composite Processes

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        Digitization for Manufacturing Processes


        High-value engineering sectors are significantly more complex than previous generations.

        This presents challenges due to a move toward high-variance customizable products and a global shortage of engineers.

        In this webinar we explore how digitally assisted manual assembly operations, which use digital work instructions and sensors embedded within a bench workstation, complete with in-built validation to suit the manufacturing process, preventing errors progressing forwards.

        Every assembly, identical, every time.

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          More MetLase Webinars…


          In-line testing and validation for technical manufacturing process

          Flexible Mfg
          Past Webinars

          Creating Flexible Manufacturing Facilities

          In-line testing
          Past Webinars

          In-line testing and validation for technical manufacturing process

          Digitization for manufacturing
          Past Webinars

          Digitization for Manufacturing Processes

          Welding and Joining
          Past Webinars

          Welding and Joining

          Process Efficiency
          Past Webinars

          Process Efficiency

          Process Efficiency
          Past Webinars

          Developing Composite Processes

          previous arrow
          next arrow

          In-line testing and validation for technical manufacturing process


          When a manufacturing process is linear, the quality checks at the can take time. Time when an in-line error can be duplicated across more products – causing waste and expense.

          Reducing the quality check time means that you can identify faults quicker, and reduce waste, thereby increasing productivity.

          Added benefits, which are actually more impactful than speeding up measurement, is the fact that the data collected can be used to continuously improve the process, either through a manual feedback loop, through to Machine Learning.

          In this webinar, we explore how advances in digital quality checking improve and shorten the quality checks using systematic, standardised techniques.

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            Creating Flexible Manufacturing Facilities – rapid deployment of …

            Flexible Mfg
            Past Webinars

            Creating Flexible Manufacturing Facilities

            In-line testing
            Past Webinars

            In-line testing and validation for technical manufacturing process

            Digitization for manufacturing
            Past Webinars

            Digitization for Manufacturing Processes

            Welding and Joining
            Past Webinars

            Welding and Joining

            Process Efficiency
            Past Webinars

            Process Efficiency

            Process Efficiency
            Past Webinars

            Developing Composite Processes

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            Creating Flexible Manufacturing Facilities

            Rapid deployment of adaptive manufacturing process fixtures


            Manufacturers today are facing unprecedented levels of challenges. This includes:

            • reconfiguring manufacturing facilities to keep the workforce safe
            • re-shoring manufacturing capability
            • accelerating & standardising training and processes
            • adapting the business to cope with down or upturns

            For all these, the ability to quickly adapt is critical more than ever. This webinar demonstrates how MetLase can help your business rapidly adapt, reconfigure or diversify processes in your business, in order to grow and become more resilient and stronger in the future.

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              Sam Donegani, Operations Manager – Composite Braiding

              Working with MetLase has been a partnership every step of the way. Pushing boundaries and exploring new territory has continually been embraced; underpinned by friendly, open and timely communication and a positive, robust approach to problem solving. For flexible, innovative solutions and rapid manufacturing I’d highly recommend working with MetLase.

              MetLase invests in digital growth and creating technology jobs in Sheffield


              MetLase invests in digital growth and
              creating technology jobs in Sheffield

              MetLase, the South Yorkshire-based joint venture between Unipart and Rolls Royce, has invested £565k in Sheffield City Region to create engineering jobs and take a series of digital products to UK and global manufacturing markets.

              The funding will be combined with £400k from the Sheffield City Region Mayoral Combined Authority’s Local Growth Fund.

              MetLase, the provider of bespoke engineering solutions to complex industrial problems, will provide an ambitious series of standardised Industry 4.0 digital products that can be taken to market and applied in many areas of manufacturing.

              MetLase expects to create up to four new high value engineering careers in the first seven months of the project, whilst also safeguarding a further 10 jobs at the company.

              Phase two of the project will see MetLase applying its core digital architecture to develop and commercialise a suite of other digital products over a two-year period, including Smart Bench, Smart Cell, Smart Shield, Smart Fixtures, and Smart Machining. This will considerably widen MetLase’s digital offering and enable significant business scale-up and global export opportunities.

              During Phase 2, MetLase is planning to create additional new jobs in the Sheffield City Region over a two-year period.

              Richard Gould, Business Development Manager for MetLase, said:

              “We’re delighted to receive this investment which will enable us to develop our standardised digital products to manufacturers. We’re really excited about what it means in terms of expanding our offer to the marketplace and ultimately being able to create even more high value advanced manufacturing jobs in our region.”

              James Muir, Chair of the Board of Sheffield City Region Local Enterprise Partnership (LEP) said:

              “We are delighted that MetLase will be able to take advantage of this funding, which was introduced to support businesses in our city region to grow, become more productive and recruit new employees. MetLase has exciting plans to develop its offering, through innovation and technology, providing a cutting-edge solution to manufacturers here in the UK and across the world, whilst creating great economic advantages in our region.

              “We look forward to seeing MetLase build on its expertise to become a world-leading company offering smart solutions to manufacturing problems.”

              MetLase’s ambitious plan will see the company developing a suite of digital technologies including control automation, industrial robotics, artificial intelligence, software programming, sensing, 3D printing, machine learning and augmented/virtual reality systems, which it then intends to sell into key markets such as automotive and aerospace.

              In Phase 1 of the project MetLase will apply these technologies to develop one new digital product, Smart Measurement. This innovation will enable manufacturers to digitally measure their components in a fraction of the time taken using conventional methods.

              Richard Gould continues:

              “We have ambitious plans for the future and see significant export potential for our Smart Measurement product in the next few years. We have also identified major market opportunities for this and the other digital products we are developing in Australia and the USA.”

              Rotherham Council Cabinet Member for Jobs and the Local Economy, Councillor Denise Lelliott, said:

              “It is fantastic news that MetLase has successfully secured the funding and, as a result, will be investing even more in creating jobs and opportunities in the region. We’re an area that is becoming renowned globally for expertise in advanced manufacturing and technology and MetLase is an important part of this.”

              For MetLase, Sheffield City Region Mayoral Combined Authority’s Local Growth Fund will contribute towards:
              > The purchase of capital hardware and equipment for R&D, including printed circuit boards, laser profile scanners, oscilloscope, signal analysers, and robotics and measurement equipment
              > The costs of consumables required for the development of the core technologies and application to the first digital product, including power and prototype testing materials
              > The personnel costs associated with new/safeguarded jobs employed to deliver R&D activity, including high quality digital/engineering jobs.

              Three is the magic number


              Three is the magic number

              Manufacturing is having to contend with unprecedented challenges, but with challenges come opportunities if they can access the magic ingredients of speed, customisation and digital technology.

              If you gave engineers the opportunity to create their perfect supplier, at the top of the wishlist would be speed, customisation and, increasingly, the need to maximise data.

              These three modern-day industrial ingredients all come together to give manufacturers the ability to reduce costs and be first to market, creating competitive advantage in a truly global world that is looking to recover from the Covid-19 pandemic.

              Five years on from its inception, MetLase has built a multi-disciplinary engineering team capable of delivering this holy grail of design, innovation and operational efficiencies.

              The company, a joint venture between Unipart Manufacturing and Rolls-Royce, specialises in world class tooling and intelligent fixtures and already works across the automotive, aerospace, defence and scientific equipment fields.

              It has used experience gained working on a host of ambitious projects to shape its new offer for customers going forward.

              Rapid Tooling

              “Like all good manufacturers we are continually evolving and making sure our expertise is channelled into giving our clients what they want – speed, customised solutions and data rich intelligence,” explained Steve Dunn, Managing Director of MetLase.

              “Tooling can take weeks to develop and deliver – this is holding industry back. Our response was to develop a rapid tooling and prototyping process that embraces all electro and mechanical elements of design, robust software testing and a range of patented in-house technology applications.

              “This, along with the option to integrate electronics and sensors to support self-calibration, metrology and process monitoring, cuts the process to just days and means our customers will have an immediate answer to a production issue or the opportunity to be first to market.”

              He continued: “A major aerospace client even challenged us to create a bespoke aerospace pipe fixture, which we did in less than 24 hours.”

              Digital Manufacturing Solutions

              Data is the new oil. It’s valuable and it has the potential to transform your manufacturing operations, but it also has the potential to confuse and significant investment has been wasted in chasing the latest trends.

              The MetLase response is different. It is rooted in fundamental engineering principles and looks at how its fixture and tooling solutions can generate, harvest and display information in real time that is actionable and makes customers more agile and responsive to their own clients.

              This involves taking traditional manufacturing techniques focusing on assembly, bonding, measuring, workholding and assembly workstations and exploring how they can be digitised in a way that allows them to provide their core function whilst also gathering data.

              “For us, digital manufacturing is not a standalone entity. Instead, it should be a critical aspect of the process and operation, and it should revolve around data and, specifically, digestible, actionable data,” added Steve.

              “A dedicated team has spent the last twelve months developing ‘smart’ products, including the Digital Gauge (conducting a digital dimensional inspection process), Smart Bench (ensures no-fault forward in the assembly process as well as connecting up-front supply chains) and Smart Cell.

              “The latter covers multiple manufacturing processes and can enable human interaction with cobots and robots. This means tasks, including stock control and direct-to-bench supply of components, can be more easily automated.

              “Engineers at our Sheffield factory haven’t stopped there, taking a similar approach to Smart Machining by creating a smart fixture that can gather critical data from a component such as clamping forces, vibration, temperature, and dimensional measurement. This provides better process control and ongoing improvements.”

              Customised Solutions

              Manufacturers are facing everyday challenges that need specialist support to resolve and often need to look outside their own production teams to find a solution.

              MetLase’s technology and processes are flexible, customisable and can be aligned to any industry sector and engineers are now throwing down a challenge for existing and new contacts to test them with their manufacturing problems.

              Dedicated, multidisciplinary engineers are ready to deliver projects from start to finish, taking a consultative approach to first understand the business need and then, using experienced joining methodologies and in-house capabilities, offer a bespoke solution to concept, design, iteration and final production.

              Steve concluded: “Last year we completed our largest ever fixture project, measuring 4 metres in diameter and capable of holding a 2 metres tall component during machining and bonding operations – now that was a challenge, but it got us thinking.

              “We believe we have an engineering team that has firmware and software experience, as well as expertise across mechanical, electronic, electrical and electro-mechanical disciplines – everything you need to deliver a solution for every problem imaginable.

              “So, the message to industry is clear…challenge us and let us deliver the answer.”

              MetLase develops digital enhancement for tried and tested Gas Shield technology

              MetLase develops digital enhancement
              for tried and tested Gas Shield technology


              Engineers at MetLase have been developing Industry 4.0 sensor technology to monitor welding processes within the aerospace industry. This provides greater assurance for the welder prior to welding the components, and provides the information needed for continuous improvement of the process to further reduce defects.

              A major aerospace engine manufacturer approached MetLase to design and manufacture a customised system for controlled argon delivery within shielded welding with application to R&D and full production.

              Welding exotic metals such nickel based super-alloys and titanium requires inert gases to ensure a quality weld. Gas shields provide a controlled atmosphere,

              protecting the weld from atmospheric gases such as oxygen or water vapour, and must do this to better than 10 parts per million.

              Welding exotic metals such nickel based super-alloys and titanium requires inert gases to ensure a quality weld. Gas shields provide a controlled atmosphere, protecting the weld from atmospheric gases such as oxygen or water vapour, and must do this to better than 10 parts per million.

              Working closely with the customer, MetLase specialist engineers created an initial design, iterated and improved it based on operator feedback. 

              Perfect Welding

              Using the precision laser cutter and patented joining methodology, the engineers were able to manufacture an innovative solution using a metallic foam material that dissipated the argon gas in a precision manner, providing an almost perfect inert atmosphere for the welding process. Providing a transferable solution to other welding applications, this was chosen due to the robustness required to meet the customer’s stringent acceptance criteria.

              “To provide a bespoke, flexible solution really gave the team a significant challenge, but this also gave us the opportunity to integrate digital technologies and techniques that would provide game-changing solutions to the welding process. The aerospace industry has stringent quality standards to meet, and we required a solution that would allow the product to be deployed across civil engine variants”

              explains Jon Ham, MetLase’s lead engineer on the project. 

              Significant Re-work Reduction

              “Using a Metlase Gas Shield provides a significant reduction in welding rework. We are now able to create similar designs on this concept, making it possible to deliver new variants of MetLase Shields in just 2 weeks

              he continued.

              From initial design, to manufacture and support, the sensor concept creates an opportunity to read measurement properties, monitoring these sensor outputs over a period of time can offer insights into equipment performance. MetLase is using this concept, combined with research across all digital technologies to contribute to the development of wider MetLase Digital Manufacturing Solutions which can be used across multiple sectors and applications.