Custom Steel Processing Services

Over more than two decades, our team at Ferrocut has built an enviable reputation for our excellent service and workmanship. We excel at heavy plate processing and solving complex problems.


Precision steel profiling is what we excel at. We specialise in plasma cutting, laser cutting and oxy cutting using our state-of-the-art CNC machines and cutting technology.

Whether you need critical flatness, minimum heat transfer or very low tolerances, our machines and our specialists can do the job.

Machine for steel bevelling


At Ferrocut, we are at the forefront of CNC technology to ensure precision and speed in steel bevelling. Our machines are state-of-the-art. We can create the most accurate straight-line bevelling finishes and we’re meticulous in countersinking and drill tapping to deliver steel components that are perfectly aligned for assembly and fabrication.


How big is the hole you need? We can drill perfectly round holes faster than anyone can cut them! We have the tools and capability to precision drill holes in up to 150mm thick steel plate using our plasma or oxy cutting machines. We use the latest kinetic technology to provide tailored and accurate steel drilling, adding ease to any assembly job.

Bending and Pressing

We have the capability to bend, form and press steel to the exact shape as per guidelines. Our brake press machine encompasses a 4.1m wide mouth. Our bending and pressing capabilities allow us to bend thin gauge from 1mm up to 16mm thick with a pressing capacity of 320 tonne.

Partner with the expert in all things steel

Trust us to deliver expert advice on the best solution for your project requirements. Our steel experts are backed by years of industry experience to deliver high-quality steel profiling for easy assembly.

Contact us today to talk to one of our friendly steel experts.

Get in Touch for Precision Steel Solutions

For heavy plate steel supply and processing solutions that suit your project requirements, get in touch with our friendly team today.