Lineup

Introducing the highly reliable AI-powered “Non-stop Processing System” All-Mitsubishi Fiber Laser

Mitsubishi Fiber Laser Oscillator
Achieves both high reliability and high productivity with our new fiber laser oscillator built-in. Minimizes the risk of machine breakdowns.

AGR-eco
Our proprietary gas flow control reduces nitrogen gas consumption by up to 90%. The processing speed and cutting surface quality have been improved for everything from thin to thick plates, providing unprecedented added value.

AI Assistance
The processing state is determined from the sounds and light during processing with AI, using our AI technology “Maisart^®”. In pursuit of a “non-stop processing system”, with the world's first e-laser processing system built-in and functionality that automatically adjusts the laser processing conditions with AI.

High quality all-round machine for cutting up to large and thick materials

High-speed processing
The RX-F series is equipped with Mitsubishi Electric High-speed Control for Lasers (MHC-L), our original control method, which eliminates the need for axes to stop. Our latest, most sophisticated processing head maximizes the capability of the fiber laser to produce small tightly focused laser beams, reducing the processing time of thin materials.

Ecology
Equipped with Mitsubishi Electric's sophisticated control, drive system and fiber laser oscillator, the RX-F offers eco-friendly laser cutting. It comes standard with an Eco Mode, which switches off components of the laser system in stages when the processing is suspended, minimizing power consumption during standby.

High Quality
The RX-F features the newly developed Zoom Head which has the ability to optimize the laser beam according to the material and thickness of the work piece, allowing the system to cut thin and thick materials automatically. (Option for ML4020RX-F40) The Magnetic Damage Reduction Feature improves its ability to protect the cutting head in the event of a head crash.

Revolutionary performance for materials up to 4m × 3m work size

Improved productivity
High-Peak Piercing reduces the piercing time.
FAB control provides the ultimate stability.
F-CUT allows for shorter processing times on thin materials.

Low operating cost
Small-Gap processing reduces assist gas consumption.
ECO mode reduces running costs during standby.
New Clean Technology increases the resistance of optical parts.

Flexible on-site processing
Easy nesting allows quick on-site response.
Double-cut function allows high quality processing of protected sheet metal.
Offcut Cutting function easily cut offcuts. High material yield rate is achieved.

High standard machine that achieves extraordinary productivity and top-quality results

High Performance
The faster processing speed and optimized control system of the eX PLUS series reduces thin-plate processing time by approximately 42%. The cutting-edge piercing technology allows for about a 48% reduction in processing time of mid-thick and thick mild steel plates.(in-house comparison)

Simple Operation
2 Action Cutting allows for the entire process, from job setup to parts cutting, to be completed in two simple actions. Delivers easy operation and stable performance. CAD/CAM computer, connected via network, is a great aid for operators on the shop floor.

Ecology
When not processing, the system switches to ECO mode and the resonator stops idling. Minimizes energy consumption, reducing running costs by up to 99% during standby. Quickly resumes normal operation. Mitsubishi Electric’s original resonator reduces CO₂ emissions by approximately 30% compared to standard high-speed, axial-flow resonators.(in-house comparison)

All rounder that achieves high productivity on thin to thick sheets

High-speed processing
Mitsubishi Electric's original application technology maximizes the capability of 2kW fiber laser processing machines.
F-CUT, which can be used on thin to mid-thick materials, reduces the processing time of 6mm mild steel by up to 35%.

Ecology
Equipped with Mitsubishi Electric's sophisticated control, drive system and fiber laser oscillator, the SR-F offers eco-friendly laser cutting.
It comes standard with an Eco Mode which switches off components of the laser system in stages when the processing is suspended, minimizing power consumption during standby.

High Quality
The SR-F features the newly developed processing head which allows the system to cut thin and thick materials automatically.
The Magnetic Damage Reduction Feature improves its ability to protect the cutting head in the event of a head crash.

All-round machine that delivers maximum cost performance on thin to thick sheets

Achieves high productivity with top-quality results
The latest beam control achieves a 40% speed gain in mid-thick plate cutting and allows the SR laser to cut a wide range of material thicknesses.
Delivers an up to 80% improvement in surface-finish quality of stainless steel (t10mm).
Setup time is reduced by up to 70%, improving the efficiency of operation.

Easy and intuitive operation
Offers high-quality laser cutting, regardless of the operator's skills and proficiency

Reduces operating costs and increases energy savings
Eco mode reduces the power consumption during standby by up to 93%.
Power/Gas consumption monitor supports the visualization of power/gas consumption and energy savings.

True standard machine exceeding its own limits

High productivity
High-speed height control, latest trajectory control and piercing technology delivers the hybrid's maximum performance on thin to thick plates. Results in drastic reduction in processing times.

Operability
New control unit improves operability and automated adjustment enables comfortable, stress-free operation, from setup to processing.
Additionally, the total time from setup to product completion has been shortened, enabling quick turnaround.

Diverse processing
Z-axis stroke enables processing of boxed objects and tubes. By further expanding the processing conditions database, a wider variety of materials can be handled, thus increasing the potential of laser processing.