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Fiber laser cutting sheet metal in an AMADA factory floor
ENSIS Series · 3 kW — 20 kW Variable-Beam Fiber

From Fujinomiya,
to Your Shop Floor.

ENSIS variable-beam fiber laser cutting — purpose-built for mild steel, stainless and aluminum fabricators who measure throughput in validated parts per shift, not brochure adjectives.

Book a Process Consultation Inside ENSIS →
1946 Founded · Isehara, Japan
9,000+ Employees Globally
ENSIS Variable-Beam Resonator
2–4 h Remote Response SLA
UL Listed / CE Marked FDA CDRH Class 4 IEC 60825-1 ISO 9001 · ISO 14001 JIS B 6191 Accuracy North America Service Hubs
The Monozukuri Principle

Six Disciplines That Separate an AMADA From a Spec Sheet

Monozukuri — literally "the act of making things" — means every decision on the AMADA line is measured, documented and peer-reviewed. These are the six discipline gates behind every fiber laser that ships.

01 · Craft Discipline

Monozukuri on Every Build Line

Fujinomiya and Isehara plants run kaizen-governed assembly cells with documented torque, optics-clean and beam-alignment checkpoints. Each ENSIS cutter exits with a signed QC dossier at the serial level.

02 · Beam Architecture

ENSIS Variable-Beam Optics

Unlike fixed-mode fiber systems, ENSIS resonator-and-lens control shifts the beam profile on the fly between thin-sheet precision and thick-plate cutting — eliminating process change-overs within a mixed nest.

03 · Integrated Ecosystem

Punch · Laser · Bend in One UX

Fiber cutters, turret punches, press brakes and automation share VPSS 3i CAM, ABC setup libraries and AMNC 4ie control — one operator experience from raw sheet to finished bent part.

04 · Predictive Service

AMADA Care Connected Maintenance

Connected machines stream beam power, optics temperature, chiller pressure and servo current to the AMADA Care cloud. Field engineers are dispatched before a line-stop — targeting 98%+ scheduled uptime.

05 · Service Footprint

Tier-1 North American Coverage

Regional HQ in Schaumburg, IL; service hubs and spare-parts depots spread across the US, Canada and Mexico; factory-trained field engineers; 2- to 4-hour remote triage for critical-line customers.

06 · Platform Continuity

AMNC Control Portability

G-code programs, nests and ABC process recipes stay portable from prior-generation machines to current ENSIS — protecting operator skill investment and preserving secondary-market value over a 5- to 10-year horizon.

Fiber Laser Portfolio

ENSIS, LC-ALPHA and Punch-Laser — One Platform, One Control.

A purpose-engineered range covering thin-sheet job shops to 20 kW heavy-plate production. Every unit leaves Japan with documented ABC recipes, AMNC 4ie control and AMADA Care connectivity included.

ENSIS 3015 AJ variable-beam fiber laser cutting machine

ENSIS 3015 AJ

Variable-beam fiber flagship for 3,000 × 1,500 mm sheet. Workhorse for mild steel up to 25 mm and stainless up to 20 mm with N2 high-pressure process — one nest, one setup, one finish.

3–9 kW · 3000 × 1500 mm · Variable-Beam Resonator
LC-ALPHA high-power fiber laser heavy-plate cutter

LC-ALPHA 20 kW

High-power fiber cutter targeting 36 mm mild steel, 30 mm stainless and 30 mm aluminum. Engineered for shipbuilding, yellow-goods and heavy-equipment fabrication lines.

12–20 kW · 36 mm Plate · N2 Pressure Cut
ENSIS-AJe tube and profile fiber laser

ENSIS-AJe Tube Laser

Tube and profile fiber cutter supporting 6–12 m bars with auto-loading and bevel-weld-prep cuts. Designed for agricultural, furniture and structural-steel fabricators.

3–6 kW · Ø 20–254 mm Tubes · Bevel-Prep Head
LC-C1AJ punch-laser combination machine

LC-C1AJ Punch-Laser Combo

Hybrid punch-and-fiber-laser station that forms, taps, slits and cuts in one setup. Cuts cycle time 30–45% on high-mix, punch-heavy parts vs sequential two-machine flows.

2–3 kW Laser · 30-Ton Punch · Auto Tool Change
HG-ATC CNC press brake with automatic tool changer

HG-ATC CNC Press Brake

100–220 ton press brakes with automatic tool changer, ACB angle measurement and 6-axis backgauge. VPSS 3i offline programming cuts setup time on small batches.

100–220 Ton · ATC Tooling · ACB Measurement
EMZ servo-driven turret punch press

EMZ Turret Punch Press

Servo-driven turret punch with 300–400 kN ram force and multi-tap spindles. Ideal for enclosure, HVAC-duct and electrical-cabinet fabricators running high-mix punch-form work.

300–400 kN · Servo Ram · 58-Station Turret
View Full Portfolio →
ENSIS in Motion

Watch Variable-Beam Optics Cut Through a Mixed Nest

A 9 kW ENSIS 3015 AJ processing a mixed-thickness production nest — the resonator profile changes mid-cycle, without operator intervention, between 2 mm thin detail work and 16 mm plate contours.

ENSIS 9kW fiber laser cutting mixed thickness steel nest ▶
Validated Outcomes

Process Data From North American Production Floors

Representative ranges from anonymized customer benchmarks, recorded during applications-lab qualification and first-year field audits. Actual results vary by material, nesting strategy and shift discipline.

+34% Nested-Part Throughput

Contract Fabricator · Ohio, USA

Replaced a 6 kW CO2 with ENSIS 3015 AJ (9 kW). Nested-part throughput rose 34% across a mixed 3–16 mm mild-steel program; assist-gas spend fell 29% over the 90-day comparison window.

–42% Setup-to-First-Good-Part

HVAC OEM · Ontario, Canada

VPSS 3i offline nesting + ABC process recipes reduced setup-to-first-good-part cycle by 42% on a high-mix galvanized enclosure program (avg batch 12 parts, 38 SKUs/week).

1,850 Parts / Unattended Shift

Tier-1 Automotive · Nuevo León, MX

LC-ALPHA 12 kW paired with ASLUL automation tower delivered 1,850 validated parts in an unattended 8-hour night shift at 97.1% first-pass yield on 6 mm boron-steel blanks.

Industries Served

Where AMADA Runs Production Today

Qualified across the demanding end of sheet-metal fabrication — wherever documented process, JIS-grade accuracy and predictable uptime decide the PPAP or FAI outcome.

Automotive Tier-1

Hot-stamped boron blanking, aluminum-closure panels, battery-tray fiber welding; PPAP-ready capability studies.

Aerospace & Defense

AS9100-aligned process records, titanium and Inconel cutting recipes, AS9102 first-article packets per lot.

HVAC & Enclosure OEMs

EMZ turret-punch + ENSIS combo flow on galvanized duct, cabinet and panel programs with sub-minute setup.

Contract Fabrication

Mixed thin-to-medium sheet on ENSIS; VPSS 3i nesting cuts material waste 8–14% on high-mix job-shop nests.

Heavy Equipment & Shipbuilding

LC-ALPHA 20 kW cutting 36 mm mild steel, 30 mm stainless and 30 mm aluminum for yellow goods and marine structures.

Agricultural & Structural Steel

ENSIS-AJe tube laser on 6–12 m bars with bevel-prep heads — downstream weld prep eliminated for structural sections.

Electrical Cabinets

LC-C1AJ punch-laser combo forming, tapping and cutting enclosure parts in a single setup — 30–45% cycle-time reduction.

Furniture & Appliance

Mid-power ENSIS on 1–6 mm stainless and aluminum decorative panels; documented edge class for cosmetic-critical parts.

Sustainability Program

Efficiency Is the Primary Sustainability Lever.

ENSIS fiber architecture reaches 38–42% wall-plug efficiency — roughly 3× a 4 kW CO2 at equivalent cut. Add regenerative servo braking, LED cabin lighting and closed-loop chillers and AMADA fiber cutters have delivered measured kWh-per-cut reductions in third-party energy audits at North American sites between 2023 and 2025.

42%Wall-Plug Efficiency
–36%Energy vs 6 kW CO2
2050Net-Zero Target Year
ISO 14001Environment Certified
AMADA Fujinomiya plant exterior with solar canopy

Selected OEM, Research and Alliance Partners

Toyota
Mitsubishi Heavy
Komatsu
Hitachi
Honda
JAMA
AIST
From the Technical Journal

Process Notes From the AMADA Applications Lab

Hands-on observations, cut-quality benchmarks and lean-fabrication playbooks written by AMADA North America process engineers.

Read Technical Journal →
Validate Against Your Parts

Ship Us a Sample Plate. Get Back a Documented Cut.

Send a drawing plus your toughest material; the AMADA applications lab returns cut samples, a parameter sheet, an ENSIS recipe card and a throughput projection for your shift pattern — typically within 10 business days.

Request Lab Trial Talk to a Process Engineer