Fiber 6 kW
- 25 mm mild steel reference
- 3015 class sheet format
Compare power, format, automation readiness, and process control before the next cutting cell enters your sheet metal plan.
Production teams can review common operating questions in one structured view: power, sheet size, automation fit, assist gas demand, and software handoff.
| Decision point | Bystronic fiber cutting cell | Bystronic CO2 support path |
|---|---|---|
| Best-fit material profile | Mixed sheet metal, stainless steel, aluminum, and high-volume mild steel programs. | Existing CO2 laser users needing optics support, process tuning, or staged migration. |
| Control focus | CNC nesting, nozzle monitoring, beam quality checks, and automated job changeover. | Program continuity, resonator inspection, optics cleanliness, and cutting head alignment. |
| Automation path | Loader, tower, unloading, part sorting, and production reporting can be planned together. | Material handling upgrades can be staged around existing floor space and operator skill. |
| Buyer conversation | OEE, uptime, gas cost, part edge quality, nesting yield, and downstream bending flow. | Consumables availability, service response, retrofit economics, and operator training. |
Each card frames a different procurement scenario without adding unsupported product fields to the dynamic catalog.
For fabricators who need repeatable edge quality, power options, and automation planning across mixed sheet programs.
Review category
For plants balancing fiber performance with installed CO2 assets, optics support, and program transfer discipline.
Review category
For buyers evaluating loading, unloading, tower storage, and reporting as part of the machine purchase.
Plan service scopeAutomotive bracket production shifted from manual job batching to nested fiber laser runs with clearer operator checkpoints.
A structural steel supplier paired power selection with loading automation to keep the cutting head active between shifts.
Service planning tied nozzles, bellows, optics checks, and operator routines to one documented production calendar.
Cut charts are reviewed against sheet thickness, alloy mix, edge expectations, and assist gas strategy.
Floor space, loading height, storage tower timing, and downstream bending queues are considered before layout approval.
Nozzle, lens, bellows, and protective glass routines are documented to reduce unplanned edge variation.
Training connects job files, machine alarms, safety boundaries, and quality checks with the daily production rhythm.
We will help frame the machine class, automation options, service requirements, and quote questions your production team should settle before purchase.