Precision Laser Cutting

AEI’s nearly 20 years of working closely with and listening carefully to our customers, our fleet of high-speed, precision lasers includes the AMADA LC3015 F1 NT Laser Cutting System and the AMADA ENSIS EN3015AJ Fiber Laser Cutting System.

The AMADA LC3015 F1 NT enables us to cut metal up to 1.5-inch thickness with tremendous, error-free laser precision. Even the most complex designs are simplified and executed in 3X less time by AEI Fabrication’s AMADA laser, one of a handful in the United States.

The LC3015 F1 NT is engineered to provide high-speed processing, ultra-precise accuracy, superior cutting quality and full-range capabilities. Featuring a 3-axis linear drive system, no lens change technology plus ultra-fast piercing and cutting, the LC3015 F1 NT brings AEI Fabrication's productivity and output to a new level, saving you additional money on every run for your job.  The LC 3015 F1 NT also utilizes a cell system approach to automation, allowing AEI Fabrication to select the optimum configuration best suited to your project production style and requested fabrication process. This system approach is designed to increase machine utilization for both high-mix/low-volume and high-volume production runs. 


AEI's 6,000-Watt Amada LC3015F1-NT Laser Cuts 1/4-inch (0.25) Steel & Performs A Steel Sheet Change
AEI's 6,000-Watt Amada LC3015F1-NT Laser Cutting A 3/4-inch (.75) Steel Part
Laser Video Playlist:  AEI's 6,000-Watt Amada LC3015F1-NT Laser At Work Cutting Several Projects & Running Through Its Cleaning & Calibration Cycle [Click Play Icon For Next Video]

     AEI's AMADA LC 3015 F1 NT Standard Features:

  • Faster piercing and cutting by using linear drives in all three axes up to 1.5-inch thickness
  • Superb cutting quality with sharp corners over the full thickness range
  • High productivity at lower running costs through our ECO cut process Stable cutting and increased productivity using WACS™ (Water Assisted Cutting System)
  • Twin-Adaptive Optics to eliminate the need for lens changing
  • Cut Process Monitoring improves process time and part quality by pierce detection and by monitoring cut process
  • Flexible design options: a fully accessible enclosure and choice of right- or left-hand layout 
  • 99.5% precision cutting perfection eliminates burring and finishing times
  • Cut Process Monitoring and automatic nozzle changing capability

AEI Fabrication's NC3015F1-NT 6,000-Watt precision laser cutting system hard at work.


AEI Fabrication's Amada Laser After Cutting A Complete Sheet

The ENSIS Series uses AMADA's proprietary 'fiber laser technology' to process both thin-to-thick materials without a cutting lens change or additional machine setup. Adjustments to thickness occur automatically based on the cut condition selected on the machine's AMNC 3i control. The 3kW fiber engine incorporates AMADA's ENSIS Technology that optimizes the laser mode and Beam Parameter Product (BPP) based on the material thickness being processed.

The ENSIS Series achieves high-speed cutting in thin material, a key capability of fiber technology, and the ability to process thick plate efficiently -- 4X faster than a CO2 laser -- and utilizing only 3 kilowatts to process up to 1-inch thick materials. Read a comprehensive brochure on the ENSIS Series Fiber Lasers here or watch a comprehensive video on the ENSIS Series.