MACH | CNC FIBER LASER

POWER . SPEED .  PRODUCTIVITY 

MACH CNC fibre laser cutting machines deliver fast, accurate and consistent sheet metal cutting across a wide range of materials and thicknesses. Engineered for high productivity, exceptional cut quality and reliable day-to-day production across the UK & Ireland.

HI POWER CUTTING

Process thin sheet and heavy plate with laser power configurations matched to your production requirements.

RAPID PROCESSING

High acceleration and fast positioning reduce cycle times and increase parts produced per shift.

INTELLIGENT NESTING

Optimised nesting maximises sheet utilisation, reduces scrap and improves overall production efficiency.

ADVANCED PIERCING

Intelligent piercing technology improves processing speed and cut stability on thicker materials.

AUTOMATION READY

Integrate automated loading, unloading and material handling as production requirements grow.

LOW COST PER PART

Combine high cutting speeds, efficient material usage and reduced maintenance for competitive production costs.

LASER POWER

1.5 kW – 60+ kW

SHEET FORMATS

3 × 1.5 m / 4 × 2 m / 6 × 2 m / Large Format

MATERIAL RANGE

Steel / Stainless / Aluminium / Brass / Copper

AUTOMATION

Manual → Semi-Automatic → Fully Automated

PRODUCTION FOCUS

Speed / Accuracy / Throughput / Efficiency

Technology & Features

ENGINEERED FOR EVERY CUT

Advanced fibre laser technology. Built around speed, accuracy and production efficiency. Intelligent systems work together to maximise cut quality, material utilisation and machine performance.

01

CUTTING TECHNOLOGY

High-performance fibre laser sources deliver concentrated power for fast, precise cutting across thin sheet, medium plate and heavy material.

02

PRECISION MOTION

High-speed servo drives, rigid machine construction and precision guide systems deliver accurate positioning, smooth movement and excellent repeatability.

03

INTELLIGENT CUTTING

Advanced CNC control automatically manages cutting parameters, piercing strategies and process settings to optimise performance across different materials and thicknesses.

04

CUTTING HEAD TECHNOLOGY

Intelligent autofocus cutting heads automatically adjust focal position for different materials and plate thicknesses, supporting faster piercing and consistent edge quality.

05

MATERIAL EFFICIENCY

Advanced nesting software optimises component placement to maximise sheet utilisation, minimise scrap and reduce material cost per part.

06

PRODUCTION AUTOMATION

From standalone sheet loading to fully automated material handling and storage systems, MACH fibre lasers can be configured around your production requirements and future growth.

‎ ‎ ‎ ‎‎ ‎ ‎ ‎SMARTER TECHNOLOGY. ‎ ‎ ‎MORE SPEED. MORE OUTPUT. MORE FROM EVERY SHEET.

MACH TECHNOLOGIES & AUTOMATION | UK & IRELAND

LASER WELDING QUESTIONS? WE’VE GOT ANSWERS

CNC FIBER LASER FAQ & KNOWLEDGE CENTRE

Choosing the right CNC fibre laser cutting machine depends on the materials you process, sheet thickness, production volume, laser power and level of automation required. MACH supplies, installs and supports CNC fibre laser cutting systems across the UK & Ireland, from standalone machines to high-power automated production systems

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Get full machine specifications, options and technical details.

A CNC fibre laser cutting machine uses a high-powered fibre laser beam controlled by a CNC system to cut sheet metal and plate with high speed and accuracy. Fibre lasers are widely used for processing mild steel, stainless steel, aluminium, brass and copper across fabrication and manufacturing applications.

A fibre laser generates a concentrated laser beam that is delivered through an optical fibre to the cutting head. The beam is focused onto the material while an assist gas removes molten material from the cut. CNC control coordinates the cutting head and machine axes to produce accurate profiles from programmed CAD/CAM files.

CNC fibre lasers can process a wide range of metals including mild steel, stainless steel, aluminium, galvanised steel, brass and copper. The achievable cutting thickness and speed depend on the material, laser power, assist gas and required edge quality.

Cutting capacity depends heavily on laser power, material type, assist gas and the required cut quality. Modern fibre laser systems can process everything from thin sheet to heavy plate. Rather than selecting a machine based only on maximum thickness, MACH assesses your normal material range and production requirements to determine the most suitable laser power.

The correct fibre laser power depends on the materials, thicknesses, production volumes and cutting speeds required. Lower-power systems can be highly efficient for predominantly thin sheet, while higher-power fibre lasers provide increased speed and greater capability on thicker materials. MACH can carry out a cutting and production assessment before recommending a power configuration.

Not necessarily. Higher laser power can significantly increase cutting speed and thick-plate capability, but it can also increase the initial investment and supporting infrastructure requirements. The best CNC fibre laser is the machine that delivers the required cost per part, throughput and cutting capability for your actual production mix.

Modern CNC fibre laser machines provide excellent positional accuracy and repeatability when correctly specified, installed and maintained. Actual component accuracy depends on machine construction, motion systems, cutting parameters, material condition, thermal effects and part geometry.

The most common assist gases are nitrogen, oxygen and compressed air. Nitrogen is frequently used where a clean, oxide-free edge is required, oxygen can improve cutting performance on carbon steel, and suitably prepared compressed air can offer an economical solution for certain materials and applications.

Yes. Many modern fibre laser systems can use appropriately treated high-pressure compressed air for suitable applications. Air cutting can reduce reliance on bottled or bulk nitrogen, although the compressed-air system must provide the required pressure, flow and air quality for reliable laser cutting.

Yes. Fibre laser technology is particularly well suited to processing reflective metals such as aluminium, brass and copper, provided the machine, laser source and cutting parameters are correctly configured for the application.

Fibre lasers use a solid-state laser source and optical fibre delivery system, whereas CO₂ lasers generate the beam using a gas mixture and traditionally use mirrors to deliver it. For metal fabrication, fibre laser technology generally offers higher electrical efficiency, faster processing of many sheet-metal applications and reduced optical maintenance.

Operating costs can include electricity, assist gas, compressed air, consumables, extraction, servicing and maintenance. Material utilisation and production speed are also important because the lowest operating cost does not necessarily produce the lowest cost per finished part.

Advanced nesting software positions components efficiently across the sheet to increase material utilisation and reduce scrap. Effective nesting can also optimise cutting sequences, reduce unnecessary machine movement and improve overall production throughput.

Yes. Fibre laser cutting machines can be configured with automatic sheet loading, unloading, material towers, storage systems and automated material handling. Automation can reduce manual handling, extend unattended production and allow the laser to operate more efficiently across multiple shifts.

Laser cutting produces fumes and particulate that must be effectively extracted from the cutting area. The correct extraction system depends on factors including machine size, materials, cutting power and production intensity. MACH can specify extraction alongside the fibre laser as part of the complete installation.

Installation requirements can include the correct electrical supply, compressed air, assist gases, extraction, suitable foundations and appropriate environmental conditions. Requirements vary considerably between machine configurations, so MACH reviews site requirements before installation and commissioning..

Fibre laser systems operate using high-powered laser radiation and require appropriate guarding, interlocks and safety systems. Machine configuration and installation should comply with applicable machinery and laser-safety requirements for the market in which the equipment is installed.

Routine maintenance typically includes inspection and cleaning of cutting-head components, replacement of consumables, lubrication, extraction maintenance and checks of gas, cooling and motion systems. Preventive maintenance helps maintain cut quality, reliability and machine availability.

Start with your materials, common thicknesses, maximum sheet size, production volume, required throughput and future growth plans. Laser power should then be selected around those requirements rather than simply choosing the highest available kW. Automation, extraction, gas supply, software, service support and total cost of ownership should also form part of the decision.

Yes. MACH provides CNC fibre laser installation, commissioning and operator training to help customers move from machine delivery into production efficiently. Training can cover machine operation, cutting processes, software, routine maintenance and safe day-to-day use.

Yes. MACH provides technical support for CNC fibre laser cutting machines across the UK and Ireland, including installation, commissioning, operator training, troubleshooting, servicing and ongoing technical assistance.

A fibre laser should be selected as a complete production solution rather than on laser power or purchase price alone. MACH works with customers to specify the machine, laser power, automation, extraction, gas supply, software, installation and support around their actual production requirements.