Amada REGIUS 3015 AJe

$650,000 - $1,200,000 Updated 2026-03-19

Key Specifications

Accuracy

+/-0.03 mm (+/-0.0012 in)

work area

3,048 x 1,524 mm (120 x 60 in)

laser type

Fiber laser with Variable Beam Control

laser power options

6 kW / 9 kW / 12 kW

drive system

High-speed 3-axis linear drive (AF linear motor system)

beam control

Variable Beam Control -- automatic beam optimization

Overview

The Amada REGIUS 3015 AJe is a premium fiber laser cutting system built for maximum speed and precision, featuring a high-speed 3-axis linear drive system that delivers the fastest axis motion in Amada’s laser cutting lineup. Available in 6 kW, 9 kW, and 12 kW configurations, the REGIUS AJe combines Amada’s Variable Beam Control technology with linear motor drives to achieve acceleration and positioning speeds that servo-driven rack-and-pinion machines cannot match.

The REGIUS 3015 AJe covers a standard 3,048 x 1,524 mm (120 x 60 in) work area. The linear drive system eliminates the mechanical backlash and wear inherent in ball screw and rack-and-pinion drives, delivering exceptional positioning accuracy and surface finish consistency at high speed. This makes the REGIUS the preferred platform for high-volume production environments where cycle time per sheet directly impacts profitability.

The machine incorporates autonomous operating features including lens monitoring that detects contamination before it causes damage, collision recovery that automatically resets the cutting head after a crash, and automatic nozzle change and centering. These features support extended unattended operation. The AMNC 4ie control provides the latest interface and Industry 4.0 connectivity.

New REGIUS 3015 AJe machines price between $650,000 and $1,200,000 depending on laser power and automation. The linear drive premium positions the REGIUS above the ENSIS in Amada’s product hierarchy, targeting high-volume fabricators where marginal gains in cycle time compound into significant throughput increases.

Full Specifications

Parameter	Value
Work Area	3,048 x 1,524 mm (120 x 60 in)
Laser Type	Fiber laser with Variable Beam Control
Laser Power Options	6 kW / 9 kW / 12 kW
Drive System	High-speed 3-axis linear drive (AF linear motor system)
Beam Control	Variable Beam Control -- automatic beam optimization
Max Cutting Thickness Mild Steel 12kw	28 mm (1.10 in)
Max Cutting Thickness Stainless 12kw	25 mm (0.98 in)
Max Cutting Thickness Aluminum 12kw	20 mm (0.79 in)
Positioning Accuracy	+/-0.03 mm (+/-0.0012 in)
Acceleration	1.5 G+ (linear drive advantage)
Max Traverse Speed	180 m/min simultaneous (linear drives)
Autonomous Features	Lens monitoring, collision recovery, auto nozzle change/centering
CNC Control	Amada AMNC 4ie with touchscreen interface
Table Load Capacity	920 kg (2,028 lb)
Machine Weight	15,000 kg (33,069 lb)

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

Strengths & Limitations

Strengths

Linear motor drives deliver the highest acceleration and positioning speeds in Amada’s lineup -- maximizing throughput on densely nested programs
No mechanical backlash or drive wear from linear motors means sustained accuracy over the machine’s lifetime without periodic adjustment
Autonomous operating features (lens monitoring, collision recovery, auto nozzle change) support true lights-out production
Available up to 12 kW for cutting mild steel to 28 mm and stainless to 25 mm with excellent edge quality
Variable Beam Control optimizes cutting across all material types and thicknesses without manual intervention
AMNC 4ie control with Industry 4.0 connectivity enables real-time production monitoring and scheduling integration

Limitations

Linear drive premium pushes pricing above the ENSIS series for the same laser power -- $650K-$1.2M is a significant step up
Maximum 12 kW laser power vs 15 kW available on ENSIS AJe limits absolute power at the top end
Linear motors consume more electrical power than servo/rack-and-pinion drives -- higher ongoing energy costs
Speed advantage is most significant on thin-to-medium material with dense nesting -- thick plate cutting speed is laser-power-limited regardless of drive system

Best For

High-volume production fabricators where cycle time per sheet directly impacts profitability Automotive tier suppliers processing thousands of nested blanks per shift where seconds-per-sheet gains compound Contract manufacturers running 24/7 unattended production who need autonomous operating features Precision sheet metal shops where linear drive accuracy and consistency translate to tighter tolerances Operations upgrading from servo-driven lasers seeking the next level of performance and long-term accuracy retention

Frequently Asked Questions

01 What is the advantage of linear drives over rack-and-pinion?

Linear motors drive the axis directly without mechanical transmission components. This eliminates backlash, mechanical wear, and lubrication requirements while delivering higher acceleration. The REGIUS achieves 1.5G+ acceleration vs 1.4G on the servo-driven ENSIS.

02 How does the REGIUS 3015 AJe compare to the ENSIS 3015 AJe?

The REGIUS uses linear motor drives for higher speed; the ENSIS uses servo motors with rack-and-pinion. The REGIUS delivers faster cycle times on nested programs. The ENSIS is available in higher power (up to 15 kW vs 12 kW) and costs less.

03 What does autonomous operation mean on the REGIUS?

Lens monitoring detects protective window contamination before damage, collision recovery auto-resets the cutting head after a crash, and automatic nozzle change with centering verification. These allow the machine to handle common disruptions without operator intervention.

04 Is the speed advantage worth the price premium?

On high-volume thin sheet work with dense nesting, the REGIUS faster axis speeds can reduce cycle time per sheet by 10-20%, which compounds into significant throughput gains over multi-shift production. On lower-volume or thick-plate work, the ENSIS offers better value.