Carbon Steel vs Stainless Steel: Which is Right for Your Project?
Choosing between carbon1 and stainless steel2 is tough. The wrong choice can inflate costs or lead to product failure. Understanding...
We use laser cutting technology to precisely and easily cut sheets of aluminium, steel, or a range of yellow metals into the component parts laid out at the design and programming stage.
What Our Clients Can Expect
We utilise a fibre laser, as opposed to a CO2 laser, as it is more efficient and requires fewer external gases. Fibre lasers also allow for smoother cutting, faster speeds, more flexibility, and less wastage from our projects.
1、Laser cutting allows us to customise cutting shapes, which means no additional tools are required, saving time and reducing costs for our customers.
2、We have two bystronic lasers – one 3kw and one 6kw. The bed size for our laser cutter is 3000mm x 1500mm, allowing us to take on a range of different projects.
3、Our 200 location automated warehouse enables 24/7 running capability on both of our laser cutting machines – with the ability to hold up to 200 different metal materials, our project capabilities and turnaround times can be significantly improved.
Find out about manufacturing higher volumes at reduced part costs and expanded capabilities to support with scaling to production.
Ensuring consistency, precision, and reliability from raw material inspection to final global deployment.
Operating under rigorous ISO-based management systems. Comprehensive inspections are applied to raw materials, production processes, and finished products to maintain industry-standard tolerances.
Our 10,000 m² facility houses a complete process under one roof--from laser cutting and CNC forming to automated powder coating and final assembly, ensuring efficient production cycles.
Trusted by wholesalers and global brand owners. We provide reliable lead times for structural modeling, prototyping, and mass production, backed by secure packaging and efficient logistics.
Explore our latest techniques in sheet metal fabrication, material engineering, and structural optimization processes.
Choosing between carbon1 and stainless steel2 is tough. The wrong choice can inflate costs or lead to product failure. Understanding...