Industrial CNC Machine Directory

Amada LC 2515 C1 AJe

$450,000 - $700,000 Updated 2026-03-19
Amada LC 2515 C1 AJe CNC Punch Presses
01

Key Specifications

Laser Type

Fiber laser

Laser Power

3,000 W (3 kW)

Punching Force

220 kN (22 tons)

Work Area

2,500 x 1,250 mm (98.4 x 49.2 in)

Max Sheet Thickness (Laser, Mild Steel)

16 mm (0.63 in)

Max Sheet Thickness (Punch, Mild Steel)

4.5 mm (0.177 in)

02

Overview

The Amada LC 2515 C1 AJe is a compact fiber laser and turret punch combination machine designed for fabricators who need both laser cutting and punching capabilities but operate in space-constrained environments or at volumes that don't justify the larger EML or ACIES platforms. The machine pairs a 3 kW fiber laser with a 22-ton turret punch press on the standard 2,500 x 1,250 mm work area, delivering the same fundamental combination processing capability in a more accessible package.

The LC 2515 C1 AJe features Amada's patented bridge frame construction, which provides the structural rigidity needed for high-accuracy laser cutting while maintaining a compact overall footprint. The 44-station turret with 4 auto-index positions and multi-purpose turret (MPT) capability handles standard punching, nibbling, forming, and tapping operations. Four dedicated tapping stations enable threaded holes to be produced in the same setup as laser-cut profiles and punched features.

The 3 kW fiber laser source delivers the same efficiency advantages as Amada's larger combination machines — approximately one-third the electrical consumption of CO2 equivalents with three times the cutting speed on thin materials. The fiber source eliminates laser gas consumables and the beam path maintenance that characterized older CO2 combination machines in the LC series lineage.

The AMNC 4ie control represents the latest generation of Amada's combination machine interface, featuring a touchscreen with a 900-cut condition database, barcode reader for rapid program loading, and integrated bend simulation for downstream press brake operations. The brush table automatically lifts to support material during processing, providing scratch-free handling of sensitive materials. For shops stepping into combination processing for the first time, or established fabricators adding a second combination machine with a smaller footprint, the LC 2515 C1 AJe offers proven Amada combination technology at a more accessible price point.

03

Full Specifications

Parameter Value
Laser Type Fiber laser
Laser Power 3,000 W (3 kW)
Punching Force 220 kN (22 tons)
Work Area 2,500 x 1,250 mm (98.4 x 49.2 in)
Max Sheet Thickness (Laser, Mild Steel) 16 mm (0.63 in)
Max Sheet Thickness (Punch, Mild Steel) 4.5 mm (0.177 in)
Turret Stations 44 stations (4 auto-index)
Tapping Stations 4 stations
Drive System (Punch) Servo-electric
Control Amada AMNC 4ie (touchscreen)
Cut Condition Database 900 conditions
Frame Construction Patented bridge frame
Table Type Auto-lifting brush table (scratch-free)
Barcode Reader Standard
Power Efficiency ~67% reduction vs CO2 equivalent
Machine Weight Approximately 18,000 kg (39,700 lb)
Spindle Power 3kW
Turret Stations 44
Cnc Control AMNC 4ie touchscreen control

Specifications sourced from amada.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • Compact bridge frame construction delivers combination laser/punch capability in a smaller footprint than EML or ACIES platforms
  • 3 kW fiber laser provides the same cutting efficiency and low maintenance as Amada's larger combination machines
  • 44-station turret with 4 tapping stations handles a wide range of punching, forming, and threading operations in a single setup
  • AMNC 4ie control with 900-cut condition database and barcode reader streamlines job setup and reduces programming time
  • Auto-lifting brush table provides scratch-free material handling for pre-finished and decorative sheet metals
  • More accessible price point makes combination processing viable for mid-size shops upgrading from separate machines

Limitations

  • 22-ton punching force is the lowest in Amada's current combination machine lineup, limiting heavy forming operations
  • 44-station turret provides less tool capacity than the ACIES 300-station magazine, requiring more manual tool changes on high-mix work
  • 3 kW laser power limits thick-plate cutting speed compared to dedicated high-power laser cutters
  • Combination machine complexity still carries higher service and maintenance costs than single-function machines
05

Best For

Mid-size fabricators stepping into combination laser/punch processing for the first time Space-constrained shops needing laser cutting and punching in one machine footprint HVAC, electrical enclosure, and panel fabricators producing parts with both cut profiles and formed features Shops upgrading from older CO2-based LC series combination machines to fiber laser technology Contract fabricators handling moderate-mix work where 44 turret stations cover typical tool requirements
06

Frequently Asked Questions

01 How does the LC 2515 C1 AJe compare to the EML 2515 AJe?

Both share the same 3 kW fiber laser and 2515 work area. The EML features a more advanced multi-purpose turret with automatic tool change from a larger magazine for high-mix, high-volume production. The LC 2515 C1 AJe uses a 44-station turret in a more compact frame, targeting shops that need combination capability at a lower price point.

02 What is the bridge frame construction advantage?

Amada's patented bridge frame provides high structural rigidity while minimizing floor footprint. The bridge design maintains laser cutting accuracy by controlling thermal distortion and vibration, and allows the compact dimensions that distinguish the LC platform from larger EML and ACIES machines.

03 Can the LC 2515 C1 AJe perform tapping operations?

Yes. The machine includes four dedicated tapping stations in the MPT turret, enabling threaded holes in the same setup as laser-cut profiles and punched features. This eliminates secondary tapping operations and improves positional accuracy of threaded features relative to other part geometry.

04 What does the 900-cut condition database provide?

The AMNC 4ie control includes a pre-loaded database of 900 laser cutting conditions covering various material types, thicknesses, and assist gas configurations. Operators select the appropriate condition rather than manually programming laser parameters, reducing setup time and ensuring consistent cut quality.

07

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