Laser Cutting Hardox Strenx & Raex
Why Choose Laser Profiles for Wear Resistant Steel?
About Hardox, Strenx & Raex Steel
Low Prices
Affordable laser-cut profiles at competitive rates with introductory discounts for new customers.
Fast Turnaround
Quick and reliable laser cutting with fast turnaround times.
FREE UK Delivery
UK Delivery: Reliable laser-cut profiles shipped nationwide at lightning fast speeds.
Benefits of Laser Cutting Hardox Strenx & Raex
Explore the range benefits of laser cutting wear resistant steel, offering precision, versatility, speed, and efficiency, ideal for intricate designs and quicker production.

Precision
Laser cutting achieves extreme accuracy, unlike plasma or mechanical cutting, which may have larger tolerances.

Complexity
Laser cutting efficiently handles both thin and thick Hardox Strenx & Raex sheets with consistent quality.

Cleaner Cuts
The process produces smooth, burr-free edges, reducing the need for additional finishing.

Eco-Friendly
The precise nature of laser cutting optimises material usage, reducing waste compared to traditional sawing or punching.

Speed
Compared to waterjet or oxy-fuel cutting, laser cutting operates at higher speeds, improving turnaround times.
Get your laser cutting quote now
Other Materials We Laser Cut
Our precision laser cutting services ensure high-quality results across a variety of metals, tailored to meet your exact project requirements. In addition to laser cutting Hardox, we also specialise in laser cutting Strenx and more:

Laser Cutting Stainless Steel
Max thickness: 40mm

Laser Cutting Aluminium
Max thickness: 30mm

Laser Cutting Copper
Max thickness: 16mm

Laser Cutting Brass
Max thickness: 12.7mm
Our Laser Cutting Capabilities
TruLaser
5040
Fiber Laser
Working Range (X and Y Axis)
X: 4000mm
Y: 2000mm
Max Speed
280
m/min
Quality You Can Depend On
Every wear resistant steel component we laser cut is backed by ISO 9001:2015 quality assurance. Our in-house QA team performs thorough inspections on all parts to ensure compliance with your specifications. Whether we’re laser cutting Hardox, Strenx, or laser cutting Raex, you can count on consistent accuracy, full material traceability, and exceptional results across every project.

Frequently Asked Questions
Yes, hardened steel is designed to resist wear, abrasion, and impact, making it suitable for demanding applications. At Laser Profiles, we laser cut a variety of wear resistant steels, including hardened grades like Hardox, Strenx, and Raex, with precision and consistency.
Hardox is a high-strength, wear-resistant steel developed by SSAB, known for its extreme durability and impact toughness. At Laser Profiles, we offer professional Hardox laser cutting services to produce parts such as wear plates, liners, and heavy-duty components for industrial use.
Yes, Strenx is suitable for fibre laser cutting, and at Laser Profiles we specialise in laser cutting Strenx to tight tolerances. This high-strength structural steel is ideal for lightweight yet load-bearing components in construction, transport, and lifting equipment.
Raex is a wear-resistant steel used for applications that demand high hardness and a smooth surface finish, such as buckets, tippers, and abrasion-prone machinery parts. Laser Profiles provides expert laser cutting of Raex, ensuring clean edges and minimal distortion even in thicker grades.
Additional Group Services
As part of WEC Group we can now offer the following services with free UK delivery:

Powder Coating
Laser Profiles can now offer sub-contract powder coating services nationwide.

CNC Machining
CNC Milling up to 11.5m long and CNC Turning up to 920mm dia x 3.8m long

Waterjet Cutting
Dynamic waterjet cutting for almost any material up to 300mm thick.

Heavy Engineering
Large floor-type CNC Milling of up to 11.5x 1.5m x 2.5m+0.45m.

Plasma Cutting
Large format profiling up to 10m x 2.5m with bevel cutting capability to 40°

Contract Manufacturing
Laser Profiles offers contract manufacturing services, providing reliable, repeat production of laser cut and fabricated components.
