We manufacture custom pressings and stampings for a wide range of industries. With over 70 years of production experience, our engineers support every stage of development, from initial prototyping and design to final production.
We use automatic production and progression tooling for high-volume orders. Our machines include Mabu Zani, SMV and Bruderer systems.
We use single operation, assembly and high speed presses, with the capacity to stamp materials from 0.05mm to 6mm thick and up to 130 tonnes.
Automatic production helps us produce consistent components in large volumes. It also supports repeat orders and larger production projects.
Some projects require prototypes or smaller production runs, which we can produce using adjustable tooling.
Our engineers can create detailed profiles using wire erosion and laser cutting, allowing you to test and refine your design before moving into full production. This helps identify and address any changes at an early stage.
With more than 70 years of production experience, our engineers have expertise across a range of materials and production methods.
We are part of Lesjöfors, with production sites across the UK, Sweden, Denmark, Latvia, and China. This gives us access to a wider network of manufacturing expertise and capabilities.
Our pressings and stampings are used across many sectors, including electronics, automotive, medical, aerospace, construction, and agriculture.
The right material can help a pressed part perform well in its working conditions. Our engineers can consider factors such as corrosion and high temperatures when selecting materials and developing parts.
We offer several processes:
Our services also include design, toolmaking, finishing, assembly and testing. We can supply finished parts ready for use or further assembly.
We are ISO 9001 certified. We are also members of the Institute of Spring Technology, MMMA and Made in Britain.
We manufacture metal pressings from many materials, including carbon steel, stainless steel, copper, brass, phosphor bronze, beryllium copper, aluminium and super alloys.
We also work with flattened wire and non metallic materials such as Melinex. Stainless steel pressings can be produced from 0.05mm to 6mm thick. The right thickness depends on the component design, material and production method.
We manufacture precision pressings, and stamped pressings for different production needs. Our engineers can support prototypes, small batches and high volume production. Send us your drawings, project details or requirements and we can review your needs and discuss the next steps.
We also provide custom spring design and custom wireforms from the same team.
Our service covers custom and repeat production. We can discuss tooling, materials and component design at the start of a project. This supports accurate production planning.
If you need a custom metal pressing or stamping, request a quote with our team to discuss your project.
We can help support prototypes, small batches and high volume orders from initial design through to finished production. We can discuss your component, material and production needs with you.
We can stamp materials from 0.05mm up to 6mm using presses with capacities up to 130 tonnes. This allows us to cater to everything from delicate precision components to heavy-duty industrial parts.
Yes. For lower volumes or development stages, we use universal tooling, wire eroding, and laser cutting to produce accurate prototypes. This ensures that our designs work as they should before they go into full manufacturing.
We manufacture pressings and stampings in a wide range of materials, including carbon steel, stainless steel, aluminium, brass, phosphor bronze, beryllium copper, and even non-metallic materials like Melinex. Our engineers can advise on the best material for your application.
If you’re facing a challenge that you’re unsure how to solve, our engineers can work with you to create a solution that meets your specifications, adapts to your environment, and is long-lasting.
Custom pressings and stampings are used across almost every major industrial sector because they allow manufacturers to create precise, repeatable, and cost-effective metal components. For instance, in the electronics industry, custom components like these may be used for clips and brackets in circuit boards or connector housings. Equally, they often form parts of surgical instruments or handheld devices, where they may have to be made from biocompatible materials.
