Amada FOM2-3015
Key Specifications
Accuracy
Repeatability
work area
laser type
laser power
max cutting thickness mild steel
Overview
The Amada FOM2-3015 is a CO2 laser cutting machine that established Amada as a dominant force in the sheet metal fabrication industry. Built around a 4,000-watt RF-excited CO2 laser resonator, the FOM2-3015 handles sheet sizes up to 3,048 x 1,524 mm (120 x 60 inches) and cuts mild steel up to 25 mm, stainless steel up to 12 mm, and aluminum up to 8 mm with production-grade reliability. The FOM2 platform was specifically engineered for high-volume job shops and OEM fabricators that need consistent throughput over multi-shift production runs.
Amada's AMNC-F CNC control is at the heart of the FOM2-3015, providing intuitive part programming, automatic process parameter selection from an extensive onboard material database, and integrated nesting capabilities. The machine uses a flying-optics motion system where the cutting head moves over a stationary workpiece, enabling high acceleration rates and fast repositioning between cuts. The linear motion system delivers positioning accuracy of ±0.05 mm and repeatability of ±0.025 mm across the full work envelope.
The FOM2-3015 introduced Amada's fiber-ready resonator bay concept — the machine structure and electrical infrastructure were designed to accept a fiber laser source upgrade, protecting capital investment as the industry transitioned from CO2 to fiber technology. This upgrade path made the FOM2-3015 particularly attractive to fabricators who wanted to defer the additional cost of fiber while retaining the option. Automatic nozzle changer, focus adjustment, and pierce detection are standard features that reduce operator intervention on complex nested programs.
In the market, the FOM2-3015 competes with the Trumpf TruLaser 3030 and Bystronic ByStar Fiber. Its primary advantage is Amada's dense North American dealer and service network and the deep integration with Amada's own punch press and press brake product lines for complete fabrication cell workflows. New FOM2-3015 machines with CO2 resonator are priced between $400,000 and $600,000 depending on power level and automation options.
Full Specifications
| Parameter | Value |
|---|---|
| Work Area | 3,048 x 1,524 mm (120 x 60 in) |
| Laser Type | CO2 RF-excited |
| Laser Power | 4,000 W |
| Max Cutting Thickness Mild Steel | 25 mm (0.98 in) |
| Max Cutting Thickness Stainless | 12 mm (0.47 in) |
| Max Cutting Thickness Aluminum | 8 mm (0.31 in) |
| Positioning Accuracy | ±0.05 mm (±0.002 in) |
| Repeatability | ±0.025 mm (±0.001 in) |
| Max Axis Speed | 120 m/min |
| Acceleration | 1.0 G |
| Shuttle Table | Yes (dual pallet for loading/unloading) |
| CNC Control | Amada AMNC-F |
| Machine Weight | 12,000 kg (26,455 lb) |
| Back To Laser | bottom |
Specifications sourced from amada.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Proven CO2 platform with deep Amada dealer and service network across North America and Europe — parts and technicians are readily available
- Fiber-ready machine structure allows resonator upgrade from CO2 to fiber laser, protecting capital investment as technology evolves
- AMNC-F control integrates automatic process parameter selection and material database, reducing skilled operator dependency for setup
- Dual shuttle table system enables continuous production — one pallet cuts while the other loads/unloads, maximizing spindle-on time
Limitations
- CO2 resonator technology is less energy-efficient than fiber laser, with higher operating costs for electricity and laser gas consumption
- CO2 laser is slower than modern fiber on thin sheet (under 6 mm), where fiber lasers can cut two to three times faster
- Resonator requires periodic gas refills and optical alignment maintenance that fiber lasers avoid entirely
Best For
Frequently Asked Questions
01
The FOM2-3015 accommodates standard 3,048 x 1,524 mm (10 x 5 ft) sheets, which is the most common sheet size used in North American fabrication. The machine can also process smaller nested sheets. The dual shuttle table system allows one sheet to be loaded while the other is being processed, eliminating the idle time between sheets.
02
Yes. Amada designed the FOM2-3015 with a fiber-ready machine structure, meaning the structural base, motion system, and electrical infrastructure can accommodate a fiber laser source swap. This upgrade path protects your initial investment and allows you to transition to fiber technology without replacing the entire machine. Contact Amada's application engineering team for current upgrade pricing and availability.
03
Both are reputable CO2 laser platforms in the same work envelope class. The Trumpf TruLaser 3030 uses Trumpf's own resonator technology and has comparable cutting performance. The primary differentiation comes down to control preference (Amada AMNC-F vs Trumpf TruTops), local dealer support quality, and integration with the rest of your fabrication equipment. Amada tends to have an advantage in North America for combined punch/laser cell integration.
04
The FOM2-3015 cuts mild steel (up to 25 mm), stainless steel (up to 12 mm), aluminum (up to 8 mm), copper, brass, and most other electrically conductive and non-conductive sheet metals. CO2 laser is particularly effective on non-metals like acrylic, wood, and plastics that fiber lasers struggle with, giving the FOM2-3015 versatility beyond purely metallic applications.
05
CO2 lasers consume considerably more electricity (roughly 3-4x more power draw for equivalent output) and require laser gas (CO2, nitrogen, helium mix) that must be regularly replenished. Fiber lasers are solid-state with no gas consumption and 30-50% lower electrical consumption. Over a 10-year machine life with two-shift operation, fiber laser operating cost savings often justify the higher initial machine price.
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