Flame cutting
specialist services

Your Expert Steel Profiling Supplier

CNC, multi-head machinery

16m x 3m flame cutter beds

Material gauge from 0.5mm - 300mm

Our capabilities.

At Colstan Profiles, we utilise four flame cutting machines for capacity to take on all types of project sizes.

  • Our machines have cutting beds of 16m x 3m, meaning we can undertake large workpieces or multiple cuts at once to streamline production.
  • Our machinery is suitable for material gauges between 0.5mm - 300mm.
  • Tight tolerances between +/- 1mm to +/- 6mm depending on thickness and length can be achieved.

Working With Us in 3 Easy Steps...

1. We work from your drawings, which can be submitted quickly and simply through our website, to provide you with a quotation. Click here.

2. Once the quotation has been agreed, we will move into production; we hold a range of steels in stock to begin the project as quickly as possible.

3. Once complete, your parts and components will be quality checked and successfully delivered utilising our delivery fleet.

Colstan Profiles is equipped with the latest CNC flame cutting machinery for steel profiling as per your design specifications.

Our expert team ensures cost-effectiveness and accuracy through careful machinery programming and a streamlined cutting process, for success on even thick material.

Two-way flame cutting.

Colstan Profiles offers two-way cutting as a part of flame cutting capabilities. For project designs requiring more complex cuts, our expert two-way cutting service ensures precision and efficiency. Undertaken by our experienced team, you can be sure Colstan Profiles approaches every project with upmost dedication to quality and customer satisfaction.

Click here to submit your drawing and get in touch with us today to enquire about our flame cutting service.

Flame Cutting

Supplementary services.

Colstan Profiles provides secondary operations to ensure profiled parts are fettled and fabricated to expectation before despatch; this includes the removal of edge burrs which occur during the flame cutting process.

Secondary operations we can additionally provide include edge chamfering, machining, and finishing processes such as shot blasting. Take a look at our Services for the full list of secondary operations.

Flame Cutting Frequently Asked Questions:

Flame cutting is a widely used method in metal fabrication that involves the use of an oxy-fuel flame to heat and cut through metal. This technique is particularly effective for thick materials like carbon steel and cast iron. The process is cost-effective, versatile, and suitable for large-scale projects, making it a preferred choice across various industries. If you're interested in learning more about how flame cutting could benefit your project, be sure to read the full article on flame cutting for more. 

Flame cutting works by heating the metal to its kindling temperature with a high-energy flame, followed by a stream of pure oxygen that ignites the metal and blows away the molten material. This method can be performed manually or with CNC technology for more intricate designs. Flame cutting is ideal for projects involving thick materials and is known for its speed and efficiency. Want to dive deeper into the mechanics of flame cutting? Check out the detailed article on flame cutting to uncover more.

  • Cost-Effective: Flame-cutting equipment is generally more affordable than alternatives like laser or plasma cutting, making it a budget-friendly option.
  • Versatile: Capable of cutting a wide range of materials, from thin sheets to thick plates, it’s suitable for various projects.
  • Efficient for Thick Materials: Excels in cutting thick materials, making it ideal for heavy-duty applications.
  • Portable: Easy to set up and use, particularly for fieldwork.

Flame cutting is particularly effective for materials like carbon steel, low alloy steels, and cast iron. It’s less suitable for thinner metals and those sensitive to high temperatures.

Safety is a top priority when using flame cutting due to the high temperatures and pure oxygen involved. Proper equipment selection, maintenance, and adherence to safety protocols are essential to prevent accidents.