Amada REGIUS 4020 AJe

$900,000 - $1,600,000 Updated 2026-03-19

Key Specifications

Accuracy

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

work area

4,068 x 2,044 mm (160 x 80 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 4020 AJe is the large-format variant of Amada’s premium REGIUS fiber laser cutting platform, combining the high-speed 3-axis linear drive system with a 4,068 x 2,044 mm (160 x 80 in) work area for processing oversized sheets at maximum speed. Available in 6 kW, 9 kW, and 12 kW configurations, the REGIUS 4020 AJe represents the highest-performance large-format laser cutter in Amada’s product line.

The linear motor drive system is the REGIUS defining advantage. Where servo-driven machines like the ENSIS 4020 rely on mechanical rack-and-pinion transmission with inherent backlash and wear, the REGIUS 4020 AJe linear motors drive the axes directly for higher acceleration, faster positioning, and maintenance-free accuracy retention. On a large-format machine, the speed advantage is amplified -- the cutting head travels longer distances between features.

The machine includes Amada’s Variable Beam Control technology for automatic beam optimization across material types and thicknesses, along with autonomous operating features including lens monitoring, collision recovery, and automatic nozzle change with centering verification. The AMNC 4ie control provides the latest touchscreen interface and Industry 4.0 connectivity.

New REGIUS 4020 AJe machines are priced between $900,000 and $1,600,000 depending on laser power and automation. This is the highest-priced machine in Amada’s standard laser cutting lineup, targeting fabricators who process large-format sheets at volumes where the linear drive speed advantage delivers measurable ROI.

Full Specifications

Parameter	Value
Work Area	4,068 x 2,044 mm (160 x 80 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	1.3 G (linear drive, large format)
Max Traverse Speed	170 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	1,500 kg (3,307 lb)
Machine Weight	25,000 kg (55,115 lb)

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

Strengths & Limitations

Strengths

Linear motor drives combined with large-format work area deliver the fastest cycle times on oversized sheets in Amada’s lineup
No mechanical drive wear ensures sustained positioning accuracy over the machine’s lifetime
Autonomous operating features support lights-out production on expensive large-format programs
Variable Beam Control optimizes cutting across all materials and thicknesses automatically
1,500 kg table load capacity handles heavy large-format sheets
12 kW maximum power cuts mild steel to 28 mm and stainless to 25 mm on large sheets

Limitations

$900K-$1.6M price tag is the highest in Amada’s standard laser lineup -- requires substantial production volume
Maximum 12 kW power vs 15 kW on the ENSIS 4020 limits absolute cutting power at the top end
Linear motors draw more power than servo drives -- higher energy costs
Massive footprint and weight (25,000 kg) require robust foundation and significant floor space

Best For

High-volume fabricators processing oversized sheets where linear drive speed advantage compounds into significant throughput gains Automotive and transportation manufacturers cutting large body panels and structural components at high rates Aerospace subcontractors processing large aluminum and titanium sheets where linear drive accuracy is critical Heavy equipment OEMs cutting large enclosures and structural panels in multi-shift production Large-scale contract fabricators where cycle time per sheet is the primary driver of profitability

Frequently Asked Questions

01 How does the REGIUS 4020 compare to the ENSIS 4020?

The REGIUS uses linear motor drives for higher speed and accuracy; the ENSIS uses servo motors. The REGIUS costs more ($900K-$1.6M vs $700K-$1.5M) but delivers faster cycle times. The ENSIS is available with up to 15 kW vs the REGIUS 12 kW maximum.

02 Why does the linear drive advantage matter more on a large-format machine?

On a 4020 machine, the cutting head travels longer distances between features. Faster rapid traverse speeds reduce non-cutting time proportionally more on larger sheets, reducing cycle time by 15-25% on densely nested programs.

03 What automation options are available?

ASF-EU 4020 tower storage, dual shuttle tables, and SortMaster automated part sorting. At this investment level, most installations include full automation adding $400K-$700K.

04 What is the expected ROI timeline?

High-volume operations running 5,000+ hours per year on thin-to-medium material typically see ROI in 3-5 years. Lower-volume or thick-plate-dominated work may see extended payback periods where the ENSIS offers better value.