Thanks to our investments in laser tube cutting technology, WEC Laser is also able to laser cut box section and most open profiles such as angle and channel, cutting up to a maximum envelope size of 200mm x 200mm, 6.5m long and 12mm thick.
Laser Box Section Cutting
Our Capabilities
Mild Steel Laser Cut Box Sections
Mild steel box section are traditionally used for making structures and general fabrications. It can be easily cut and drilled on our tube laser cutters and is particularly suited to welding and general fabrication. Our box laser cutting service enables us to cut and drill mild steel box section with a maximum wall thickness of 12mm.
Stainless Steel Laser Cut Box Sections
Stainless steel square and rectangular box section are used for general fabrication. Our box laser cutting service enables us to cut and drill stainless steel box section with a maximum wall thickness of 10mm.
Aluminium Laser Cut Box Sections
Thanks to recent investments, we can also laser cut square and rectangular alumnimium box section with a maximum wall thickness of 5mm. Aluminium box sections are generally used for making frames and general fabrications.
Our Laser Box Section Cutting Capacity:
| Machines | Capacity | Thickness |
|---|---|---|
2 Fully Automated Tube fiber Lasers both 8.5m feed with 6.5m unload. Tubes: Round, square, rectangle, flat sided oval Open profiles: Angle, flat, channel (not H or I) Special profiles: Feasable but subject to verification | Tube: Up to Ø 240mm Box: up to Ø 200 x 200mm RSA: up to 200 x 200mm Max. Weight: 225kg Max weight per single tube: 40kgs/m Max. component length: 6.5m Max. bundle loading weight: 5000kgs Fully automatic bar handling from bundle including: measuring, feeding, cutting & unloading. | 12mm Mild steel 10mm Stainless steel 6mm Aluminium 4mm Copper 6mm Brass |
Why Choose WEC Laser?
Frequently Asked Questions
Laser box cutting is a precision manufacturing process that utilises laser technology to cut materials, typically metals (stainless steel, mild steel, aluminium, brass, & copper), into specific shapes and dimensions for box construction. This technique employs a high-powered laser beam directed through a computer-controlled system to achieve highly accurate and intricate cuts with smooth edges, minimising material waste. Laser box cutting is commonly used in industries such as packaging, electronics, and automotive for creating custom-fit boxes, enclosures, and components with complex geometries that traditional cutting methods might struggle to achieve efficiently.
Steel box sections, also known as hollow structural sections (HSS), come in various shapes and sizes. The main types of steel box sections include:
Square Hollow Sections (SHS):
These sections have equal dimensions on all four sides, creating a square cross-section. Commonly used in columns, beams, and other load-bearing applications.
Rectangular Hollow Sections (RHS):
These sections have unequal dimensions, creating a rectangular cross-section.
Used in applications where a flat surface is needed for connection or aesthetic purposes.
Circular Hollow Sections (CHS):
These sections have a circular cross-section. Often used in structural applications requiring torsional rigidity and aesthetic appeal.
Elliptical Hollow Sections (EHS):
These sections have an elliptical cross-section.
Used in architectural applications where aesthetics are important.
Laser box cutting offers numerous advantages, making it a preferred choice in various industries. Its precision and accuracy enable the creation of intricate designs and complex geometries in metal box sections that traditional cutting methods cannot easily achieve. The process produces smooth edges, reducing the need for additional finishing work. Laser cutting is highly efficient, minimising material waste and resulting in cost savings. Additionally, it is a versatile technique that can be used on a wide range of materials, including stainless steel, mild steel, aluminium, copper and brass. The computer-controlled nature of laser cutting ensures consistent quality and repeatability, making it ideal for both small-scale projects and large production runs.
Construction: Columns, beams, trusses, and framework in buildings and bridges.
Manufacturing: Machinery frames, support structures, and equipment.
Transportation: Frames for vehicles, trailers, and railway cars.
Architecture: Decorative elements, railings, and structural supports.
Material and Specification
Materials: Typically made from hot-rolled or cold-formed steel.
Specifications: Governed by various standards such as ASTM, EN, and ISO, which dictate dimensions, tolerances, and mechanical properties.
Ease of Fabrication: Can be easily cut, welded, and shaped to fit specific design requirements.
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