We are creating a new rule book when it comes to manufacturing by exploring the limits of the possible and changing the way we think about manufacturing.
If we continue to manufacture with only the product in mind then we will face increased delays with supply, rising costs and fail to embrace the benefits that technology, like additive manufacturing, can bring. Think different, innovate, drive change. See how we are doing this below.
How we can help
At AMS, we provide a range of services and products to help businesses harness the power of AM and increase their technological performance. Whether you are new to AM or already have some experience, we can help you with:
Talk to us todayDeveloping in house capabilities for novel material development as well as the atomisation of our recycled materials.
We have a materials analysis laboratory including microscopy, powder characterisation and chemical analysis.
We have powder based metal AM capability in house via laser and electron beam powder bed fusion. From parameter development to production, we can support in house.
To push AM to the limits we need to develop bespoke tool paths to enable productivity, fine features and ensuring build success.
In AM powders degrade, that’s why we are developing a powder relife capability. This groundbreaking development will allow us to clean used powders to relife and allow them to be used.
We are an early adopter of digital product passports. This legislative change is one we are embracing to enable new data to be generated, analysed and used to extend product life and showcase the impact our products have on the environment.
What we do and how
We leverage AI and other computing capabilities to develop new materials and predict the performance of our recycled materials through life service.
We use machine learning, data analytics, and modelling to create novel and optimised materials that suit your specific needs and applications. We use AI to monitor and predict the behaviour and degradation of our recycled materials, ensuring their safety and durability.
AMS work with various partners and collaborators across different sectors and industries to create economic and performance benefits through the optimised use of AM.
We have experience and expertise in sectors such as aerospace, automotive, medical, defence, and energy. We are also involved in pioneering projects such as recycling of aerospace parts for high value circular economy in advanced manufacturing.
Let's work together
At AMS, we envision a future where manufacturing is more sustainable, efficient, and innovative.
We harness the power of cutting-edge computational capabilities to create new materials and processes that lead the world in quality and performance.
We are passionate about finding solutions that benefit our customers, our partners, and our planet.
AMS is driving towards this future with our dedicated facility for the optimisation and development of powders, AM and validation testing.
We have atomisation capability, material development, part recycling, powder bed fusion with electron beam and laser powder bed processes and a dedicated test lab.
Let's work together
The AMS Team
Rob Higham
Director and CEO
Rob Higham
Director and CEORobert is our founder, CEO & the director. He launched Additive Manufacturing Solutions Ltd. (AMS) in 2017. Robert is a Chartered Engineer and has experience across academia, motorsport, space and aerospace. Robert was responsible for qualification of materials, processes and parts produced by additive manufacturing most recently for Airbus before creating AMS. Robert is also a PhD candidate where he is investigating multi laser effects on the metallurgy of AM products.
Katie Higham
Secretary and COO
Katie Higham
Secretary and COOKatie is co-founder and Chief Operations Office at AMS. Well-being, employee satisfaction and ensuring all the team are enabled is a critical role for the AMS team and Katie’s experience and empathetic nature are perfect mixes to create a grounding for AMS current and future staff. Katie brings ample experience of people leadership, facilitating change and supporting growth and is the personification of AMS’ beliefs of developing people and allowing AMS to think differently as we recruit and grow.
Joe Rowbottom
Head of AM And Digital
Joe Rowbottom
Head of AM And DigitalJoe is our Systems Engineer. A versatile tech enthusiast with a passion for programming and problem-solving. Proficient in Python, .NET (C#), and C, Joe excels in software development, data logging, and automation. With a knack for tackling complex challenges, they are a valuable asset in problem-solving endeavors. Equipped with excellent communication skills and a collaborative spirit, Joe thrives in team settings, fostering innovation and efficiency. Beyond their professional endeavors, Joe is also a hobbyist 3D printing enthusiast, showcasing their creativity and dedication to turning ideas into tangible realities.
Davey Higham
Production Lead
Davey Higham
Production LeadDavey is our AM Technician with a passion for problem solving. He has a proven track record of success in extracting insights from data and presenting them in a clear and concise way. He is also an experienced manager, with a knack for motivating and inspiring his team. In addition to his data skills, Davey also has an understanding of web development and coding. He is a highly motivated and results-oriented individual who is always looking for new challenges to overcome. Following training on our machines he created a blended role with AMS to connect the data and problem solving background with excellence in machine operation.
Julie Higham
Operations Lead
Julie Higham
Operations LeadJulie has a diverse skill set acquired over her career, starting as a CAD draughtsperson and progressing to various roles including Admin Supervisor, Warehouse Supervisor, and ultimately Warehouse Manager at a popular retail chain. Julie has extensive experience in HR management, including handling personnel issues, recruitment, and disciplinary actions following ACAS guidelines. Julie is proficient in using software packages and has developed templates for various HR situations. Additionally, she can demonstrate effective communication skills, discretion, and a strong commitment to health and safety, holding IOSH certification. Outside of her main career, Julie has ventured into antiques and collectibles trading, finding it a rewarding learning experience.
Reece Wilkinson
Software and DevOps Engineer
Reece Wilkinson
Software and DevOps EngineerReece is our second apprentice to be taken on as part of AMS. With both portfolio and enthusiasm bursting from the seams, we’re eager to use his software engineering skills to our benefit, whilst giving Reece the guidance and foundation for a long and successful career in AM and beyond. Having already a strong background in C#, Python, JavaScript, SQL as well as web development languages, we see a sharp future for Reece with AMS. Studying a degree apprenticeship in Software Engineering at a local university, we know that his learning will come through multiple streams, both in classroom settings and in a professional environment.
Isaac Ashcroft
AM Engineer
Isaac Ashcroft
AM EngineerIsaac is our third apprentice to join us at AMS as an Additive Manufacturing Engineer. With a background in maths and physics, we recognise his capability to problem solve and to apply logical thinking to his work. Known for being a fast learner and having previously worked as a part of a team, we trust in the skills Isaac has developed and believe they will be beneficial to us. Besides his professional commitments, Isaac is passionate about understanding complex systems and gaining insight into how things work.
Dr. Galo Bermudez
AM Engineer
Dr. Galo Bermudez
AM EngineerGalo is an engineer specialising in Additive Manufacturing process monitoring for Laser Powder Bed Fusion (LPBF). His PhD work focused on defect detection, developing physics-informed statistical and machine learning methods. Galo excels in interdisciplinary environments as his experience spans academic research groups and industry consortiums.
Galo is focused on bringing a data-driven approach to solving one of metal AM’s problems: real time quality control of components.
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