Fibre Laser Cutting Machines

Maximum cutting thickness depends on material type, laser power, cutting gas and machine configuration. Higher power fibre laser systems are used for heavy plate processing, while lower power machines are commonly used for thinner sheet materials and general fabrication work.

Fibre laser cutting systems are typically used where higher cutting speeds, tighter tolerances and cleaner edge quality are required, particularly on thinner materials. Plasma cutting systems are often used for thicker materials and heavier fabrication applications where extremely fine cutting tolerances are not the primary requirement.

Standard flatbed fibre laser systems are designed for sheet metal and plate processing. Dedicated tube laser systems are used for cutting round tube, box section, channel, angle and structural profiles. Combination systems are also available for both flatbed and tube processing applications.

JPS Machinery Ltd provides installation, commissioning, operator training, warranty support, servicing, breakdown assistance and ongoing technical support for HSG fibre laser cutting systems throughout the UK and Ireland.

Material suitability depends on reflectivity, coating type, thickness and application requirements. Certain reflective materials and specialist alloys may require specific machine configurations or cutting parameters.

Automatic loading and unloading systems are available across selected HSG fibre laser models to support higher production volumes, reduced manual handling and improved operational efficiency.

Fibre laser cutting systems commonly use nitrogen, oxygen or compressed air depending on the material being processed, edge finish requirements and cutting application.

Routine maintenance typically includes cleaning optical components, inspecting consumables, checking extraction systems, monitoring cutting performance and carrying out scheduled servicing to maintain machine accuracy and reliability.