For 28 years, Mazak has engineered fiber laser cutting machines that combine CNC-grade positioning accuracy with fiber laser throughput. From 1kW sheet cutters to 20kW+ tube processing lines, every system is built around Beckhoff controls, Yaskawa servos, and IPG or Trumpf laser sources.
Feedback from manufacturers who run Mazak systems in production environments daily.
We replaced two older CO2 laser cutters with a single Mazak 12kW fiber system. Cycle times dropped by 40% on 6mm stainless steel, and we measured positioning repeatability at ±0.025mm over a 6-month production run — well within the ±0.03mm specification. The Beckhoff control integration also simplified our shop floor scheduling.
Each platform is designed around specific material processing requirements — from single-sheet flat-bed cutting to high-volume tube and profile automation.
Available in 1kW to 20kW configurations with working areas from 1500x3000mm to 2500x6000mm. Dual-exchange table systems reduce non-cutting time to under 12 seconds. Standard equipment includes Precitec auto-focus cutting heads, Yaskawa servo drives on all axes, and Beckhoff TwinCAT-based CNC controls.
Process round, square, rectangular, and open-profile sections up to 325mm diameter. Automatic bundle loading, rotary chuck synchronization, and real-time seam detection ensure consistent cut quality across batch runs of hundreds of pieces without operator intervention.
The 15kW and 20kW series are designed for thick-plate processing where beam quality at high power densities determines cut edge quality. Proprietary thermal management keeps the cutting head temperature stable within ±1.5 degrees Celsius during continuous 8-hour shifts, preserving focus consistency on 25mm+ mild steel.
Six engineering decisions that define the performance gap between a Mazak system and a generic fiber laser cutter.
Dual-servo gantry with THK linear rails and absolute encoders — verified through 72-hour burn-in thermal cycling before shipment. Not a catalog claim; a measured deliverable.
Every machine bed undergoes finite element analysis to identify resonance frequencies and thermal expansion vectors. Stress-relieved steel construction with vibration dampening at all bearing surfaces.
We source fiber laser resonators exclusively from IPG Photonics and Trumpf — the two manufacturers whose beam quality specifications we can independently verify against our own metrology standards.
From incoming material certificates to final beam alignment documentation, each Mazak system accumulates 47 verified quality checkpoints with full traceability records shipped alongside the machine.
TwinCAT real-time automation with EtherCAT fieldbus delivers microsecond-level servo synchronization. Open architecture means your existing MES/ERP systems integrate without middleware.
Regional service engineers in North America, Europe, and Asia-Pacific. Remote diagnostics via encrypted VPN link to the Beckhoff controller. Spare parts stocked at distribution hubs for 48-hour delivery to most regions.
Mazak fiber laser systems are engineered for specific industry requirements — not adapted from general-purpose machines after the fact.
Structural components, chassis parts, exhaust systems
Turbine components, structural brackets, heat shields
Construction machinery, agricultural implements, frames
Surgical instruments, implant components, enclosures
Our applications engineering team can prepare a material-specific cutting test, energy consumption projection, and ROI timeline based on your actual production parameters. Consultations are complimentary and confidential.