Material and thickness fit
Match carbon steel, stainless steel, aluminum, brass, and copper work to a documented cutting range.
Compare fiber laser cutting machines by power, working area, material, assist gas, automation, and production requirements.
Products
6
Compare the available models and their specifications.
Focus
Configuration
Compare materials, working area and production requirements.


For sheet work, compare the single-platform layout against your sheet format and loading workflow before choosing power.

Evaluate the enclosure and exchange-table configuration around the loading cycle, extraction and available factory space.

Choose a tube-cutting configuration around the actual profile, clamping requirements and loading method.

Review the sheet-to-tube workload and changeover needs when comparing a combined machine with separate sheet and tube systems.

PFT laser cutting machine is an efficient and precise industrial grade cutting equipment, widely used in metal processing, automobile manufacturing, aerospace and other fields. Its core advantages lie in high-precision cutting, fast processing and intelligent operation, which can meet the needs of modern manufacturing industry for efficient production.

PFT laser cutting machine is an efficient and precise industrial grade cutting equipment, widely used in metal processing, automobile manufacturing, aerospace and other fields. Its core advantages lie in high-precision cutting, fast processing and intelligent operation, which can meet the needs of modern manufacturing industry for efficient production.
Buying checklist
Select a fiber laser cutting machine around repeatable material and thickness requirements, not only a headline maximum.
Match carbon steel, stainless steel, aluminum, brass, and copper work to a documented cutting range.
Choose the table size, loading method, and exchange-platform design that fits your sheet format and production rhythm.
Compare the laser source, CNC, chiller, extraction, safety, software, installation, training, and spare-parts plan.
Application fit
Configuration review
Send your material list and sample requirements so the application team can confirm a suitable configuration.
Current lead time is confirmed after power, working area, options, quantity, and shipping destination are reviewed.
Available quality and compliance documents can be confirmed with the quotation and linked company documentation.
Recommended equipment
1500W · 3000W · 6000W · 12000W
3000mm*1500mm / 4000mm*1500mm / 4000mm*2000mm / 6000mm*1500mm / 6000mm*2000mm / 6000mm*2500mm
For sheet work, compare the single-platform layout against your sheet format and loading workflow before choosing power.
3kw · 6kw · 12kw · 20kw
3000mm*1500mm / 4000mm*1500mm / 6000mm*2500mm
Evaluate the enclosure and exchange-table configuration around the loading cycle, extraction and available factory space.
1.5kw · 3kw · 6kw · 12kw
6000mm*240mm / 6000mm*350mm
Choose a tube-cutting configuration around the actual profile, clamping requirements and loading method.
1.5kw · 3kw · 6kw · 12kw
3000mm*1500mm / 6000mm*2500mm / 6000mm*240mm
Review the sheet-to-tube workload and changeover needs when comparing a combined machine with separate sheet and tube systems.
Related resources
FAQ
Start with your normal materials and thicknesses, then validate the required edge quality, assist gas, speed, and production volume with a cutting chart.
Yes, the configuration can support both materials when the laser source, optics, assist gas, nozzle, and process settings are matched to the application.
Include material, thickness, sheet size, expected volume, destination, voltage, and any automation or loading requirements.
Share your material, thickness, volume, destination, and required options. The engineering team can confirm the current configuration and lead time.
Request a configuration and quote