Your Global Partner for Precision Steel Cutting Services
Transform raw steel into ready-to-use components with Dexter Steel’s advanced cutting capabilities
Fabrication Services
-
Bending
-
Pipe Beveling
-
Bolted Connection
-
Cambering
-
Cutting
-
Drilling
-
Galvanization
-
Punching
-
Riveting
-
Slitting
-
Slotting
-
Tapping
-
Welding
Advanced Cutting Technologies for Every Grade and Specification
We deliver precision-cut parts with tight tolerances, ready for fabrication or assembly, saving you time, reducing waste, and streamlining your supply chain. We match the cutting method to your material and tolerance requirements. For high-speed, accurate cuts on carbon and stainless steel up to 150mm, For intricate shapes and thinner materials, our Fiber Laser Cutters deliver a superior edge quality with kerf widths as small as 0.2mm. This multi-process approach ensures optimal results for every project, whether you need parts for construction, mining or precision machinery.
Quality-Cut Steel
Every cut we make is backed by a commitment to quality and traceability. We process a vast range of materials, from common ASTM A36 plate to high-strength ASTM A572 Gr. 50 and abrasion-resistant AR400/AR500.
Project Portfolio
Related Industry Terms
The automation of machine tools by computers executing pre-programmed sequences of commands. All our cutting machines are CNC, ensuring high repeatability and accuracy.
The width of material removed by a cutting process. Laser cutting has a very narrow kerf, while plasma and oxy-fuel have a wider kerf, which must be accounted for in precision work.
The strategic arrangement of multiple parts on a single sheet or plate of steel to minimize scrap material. Advanced nesting software is used to maximize yield and reduce cost.
The re-solidified molten metal that adheres to the bottom edge of a thermal cut. A high-quality cut with correct parameters will have minimal, easily removable dross
The automation of machine tools by computers executing pre-programmed sequences of commands. All our cutting machines are CNC, ensuring high repeatability and accuracy.
The width of material removed by a cutting process. Laser cutting has a very narrow kerf, while plasma and oxy-fuel have a wider kerf, which must be accounted for in precision work.
The strategic arrangement of multiple parts on a single sheet or plate of steel to minimize scrap material. Advanced nesting software is used to maximize yield and reduce cost.
The re-solidified molten metal that adheres to the bottom edge of a thermal cut. A high-quality cut with correct parameters will have minimal, easily removable dross
Frequently Asked Questions
What is the best cutting method for my project?
It depends on material type, thickness, and required edge quality. We recommend laser for thin, intricate parts; plasma for thicker carbon steel; and waterjet for heat-sensitive or very thick materials.
What tolerances can you hold?
Tolerances depend on the process: Laser (±0.1mm), Plasma (±0.5-1mm), Waterjet (±0.2mm). We will advise the best method to meet your specific dimensional requirements.
Can you cut pre-hardened or tool steel?
Yes. For these hard materials, we strongly recommend waterjet cutting to avoid altering the temper or causing micro-cracks in the Heat-Affected Zone (HAZ).
It depends on material type, thickness, and required edge quality. We recommend laser for thin, intricate parts; plasma for thicker carbon steel; and waterjet for heat-sensitive or very thick materials.
Tolerances depend on the process: Laser (±0.1mm), Plasma (±0.5-1mm), Waterjet (±0.2mm). We will advise the best method to meet your specific dimensional requirements.
Yes. For these hard materials, we strongly recommend waterjet cutting to avoid altering the temper or causing micro-cracks in the Heat-Affected Zone (HAZ).