Amada ENSIS 3015 RIe

$600,000 - $1,100,000 Updated 2026-03-19

Key Specifications

Accuracy

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

work area flat

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

laser type

ENSIS fiber (proprietary Variable Beam Control technology)

laser power options

3 kW / 6 kW / 9 kW

beam control

Variable Beam Control (VBC) -- continuous variable beam diameter adjustment

rotary index

Integrated RI for tube, pipe, and structural profiles

Overview

The Amada ENSIS 3015 RIe is a dual-purpose fiber laser cutting system that combines flat sheet cutting with an integrated rotary index (RI) for tube, pipe, and structural profile processing. It is the most versatile laser cutting system in Amada's lineup, capable of processing round tube, square tube, rectangular tube, C-channel, and angle iron on the rotary index while also handling standard flat sheet cutting on the same machine -- all without manual changeover.

Built around Amada's proprietary ENSIS Variable Beam Control (VBC) technology, the RIe automatically adjusts the laser beam diameter for optimal cutting across material thicknesses. The machine is available in 3 kW, 6 kW, and 9 kW configurations. The flat sheet work area covers the standard 3,048 x 1,524 mm (120 x 60 in) format, while the rotary index handles tubes and profiles up to 150 mm (5.9 in) diameter with lengths determined by the loading system configuration.

A key design advantage of the ENSIS 3015 RIe is the integrated rotary index unit -- the chuck is positioned to allow the cutting head to operate near the workpiece, minimizing the dead zone and enabling cutting of slightly bowed pipes without vibration or accuracy loss. The AMNC 4i control manages both flat sheet and tube cutting programs, with automatic switching between modes. Combined with WACS (Water Assisted Cutting System) for reduced thermal effects and SFP (Spatter Free Pierce) for clean piercing, the RIe delivers production-ready cut quality on both flat and tubular workpieces.

New ENSIS 3015 RIe machines are priced between $600,000 and $1,100,000 depending on laser power and options. The machine competes with the Trumpf TruLaser Tube 5000 fiber and BLM Adige LT7 in the combination flat/tube laser market.

Full Specifications

Parameter	Value
Work Area Flat	3,048 x 1,524 mm (120 x 60 in)
Laser Type	ENSIS fiber (proprietary Variable Beam Control technology)
Laser Power Options	3 kW / 6 kW / 9 kW
Beam Control	Variable Beam Control (VBC) -- continuous variable beam diameter adjustment
Rotary Index	Integrated RI for tube, pipe, and structural profiles
Max Tube Diameter	150 mm (5.9 in)
Tube Profiles Supported	Round, square, rectangular, C-channel, angle iron
Max Cutting Thickness Mild Steel 9kw	25 mm (0.98 in)
Max Cutting Thickness Stainless 9kw	20 mm (0.79 in)
Max Cutting Thickness Aluminum 9kw	15 mm (0.59 in)
Acceleration	1.4 G across full work area
Positioning Accuracy	+/-0.03 mm (+/-0.0012 in)
CNC Control	Amada AMNC 4i with touchscreen interface
Special Features	WACS (Water Assisted Cutting), SFP (Spatter Free Pierce)
Machine Weight	16,000 kg (35,274 lb)
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Specifications sourced from amada.com — verified 2026-03-28

Strengths & Limitations

Strengths

Dual-purpose capability processes both flat sheet and tube/pipe/profiles on one machine -- eliminates the need for a separate tube laser
Integrated rotary index handles round, square, rectangular, C-channel, and angle iron without manual changeover
VBC beam control optimizes cutting across all thicknesses and material types automatically
Minimized dead zone on the rotary index allows cutting near the chuck for maximum material utilization
WACS and SFP technologies deliver clean piercing and reduced thermal effects on both flat and tubular workpieces
AMNC 4i control manages both flat sheet and tube programs with automatic mode switching

Limitations

Price premium of $600K-$1.1M is substantial -- shops with low tube volume may not justify the rotary index cost over a dedicated flat laser
Maximum tube diameter of 150 mm limits the machine to smaller structural profiles -- larger tube work requires a dedicated tube laser
Tops out at 9 kW laser power compared to 15 kW available on the ENSIS 3015 AJe flat-sheet-only variant
Complexity of dual flat/tube operation requires more operator training and programming expertise than flat-sheet-only machines

Best For

Fabrication shops processing both flat sheet and tube/pipe/structural profiles that want to consolidate two machines into one Metal furniture and fixture manufacturers cutting tube frames and flat panels from the same machine Agricultural and construction equipment fabricators cutting structural tube and plate components Job shops with intermittent tube cutting needs who cannot justify a dedicated tube laser but need the capability HVAC fabricators cutting ductwork from flat sheet and pipe/tube connections on the same platform

Frequently Asked Questions

01 Can the ENSIS 3015 RIe replace a dedicated tube laser?

For shops with moderate tube volume and tube diameters under 150 mm, the RIe can handle both flat and tube work on one machine. However, for high-volume tube production or larger diameter tubes, a dedicated tube laser like the Trumpf TruLaser Tube 5000 or BLM LT7 will provide faster throughput and handle larger profiles. The RIe is ideal for shops where tube work is 20-40% of total production.

02 What tube profiles can the ENSIS 3015 RIe cut?

The integrated rotary index handles round tube, square tube, rectangular tube, C-channel, and angle iron up to 150 mm diameter. The machine automatically adjusts cutting parameters for different profile shapes. Programming for tube cutting is handled through the AMNC 4i control with 3D tube nesting capability.

03 How quickly can the RIe switch between flat sheet and tube cutting?

The switch between flat sheet and tube cutting modes is handled by the AMNC 4i control and requires no manual mechanical changeover. The cutting head repositions to the rotary index, and the control loads the tube cutting program. Transition time is measured in minutes rather than hours, making it practical to alternate between flat and tube work within the same shift.

04 What is WACS and why does it matter for tube cutting?

WACS (Water Assisted Cutting System) uses a fine water mist during cutting to reduce thermal effects on the workpiece. This is particularly valuable for tube cutting where heat can distort thin-wall tubes and cause discoloration on stainless steel. WACS helps maintain dimensional accuracy and cosmetic finish quality on precision tube components.