NEW FIBRE LASER CUTTING MACHINE OPENS UP OPPORTUNITIES FOR MAYFLOWER ENGINEERING
25/03/2019 MTL Group Limited
As a result of installing the latest Trumpf Trulaser 3060 fibre laser cutting machine, Sheffield based Mayflower Engineering is pleased to announce that it can now offer a laser cutting service. Complementing its other HD Plasma cutting, machining, forming and fabrication services, the new machine will allow Mayflower to open up business opportunities in many markets.The Trumpf Trulaser 3060 can cut mild steel, stainless steel, Hardox wear resistant, Domex high strength steel, and aluminum up to 25mm thick and copper up to 10mm. It has a large cutting bed - 6m x 2.5m which means it can process up to 3000kgs of large workpieces or multiple batches of smaller components at high speed allowing Mayflower to offer its customers faster delivery times and competitive prices.
The Trumpf Trulaser can cut complex shapes without the need for tooling, producing high quality contamination free, high precision items with excellent edge definition and free of scratches and marks.
CNC driven, sheet utilisation is optimised to reduce component costs and due to its large format cutting bed it can process, smaller batches of components from different materials and thicknesses, reducing the cost per part for low volumes.
Said Darren Bradley, Mayflower Engineering's Director & General Manager: "Our Trumpf laser cutting machine is already proving to be a tremendous asset. We can now cut components from a wide range of materials, rapidly and precisely at least cost." Believed to be the first of its type in the UK, it is a perfect complement to our other engineering services and means we can now tender for more varied and demanding contracts."
For more information, please contact:
Gary Wallis
Mayflower Engineering
Tel: 0114 2441353
Email: gwallis@mayflower-engineering.co.uk
Web: www.mayflower-engineering.co.uk
Share article:
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.

