TRUMPF TruLaser 3030 fiber laser cutting machine

TRUMPF

TruLaser 3030 fiber

3,000 × 1,500 mm · up to 24 kW · Exchange table

LVD Puma 3015 fiber laser cutting machine

LVD

Puma 3015

3,050 × 1,525 mm · up to 20 kW · Exchange table

SpecificationTRUMPF TruLaser 3030 fiberLVD Puma 3015Difference
Machine layoutExchange tableExchange table
Working length (X)3,000 mm3,050 mm50 mm
Working width (Y)1,500 mm1,525 mm25 mm
Laser power6 / 9 / 12 / 24 kW3 / 6 / 12 / 20 kW
Max. thickness, mild steel40 mm45 mm5 mm
Max. thickness, stainless steel40 mm30 mm10 mm
Max. thickness, aluminium40 mm30 mm10 mm
Maximum positioning speed170 m/min140 m/min30 m/min
Positioning accuracyNot provided+/- 0.050 mm
RepeatabilityNot provided+/- 0.025 mm
Maximum sheet weight1,100 kg1,050 kg50 kg
Table change timeNot provided35 s
Sourcetrumpf.com, 27 October 2026lvdgroup.com, 27 October 2026

What differs

LVD Puma 3015 is rated for thicker mild steel (45 mm against 40 mm), but TRUMPF TruLaser 3030 fiber publishes more for stainless steel and aluminium (40 mm and 40 mm against 30 mm and 30 mm).

Thickness figures are each maker's maximum at its own highest power option, so they are not measured at the same power.

TRUMPF TruLaser 3030 fiber positions faster, at 170 m/min against 140 m/min. Sheet loads are close, 1,100 kg and 1,050 kg, and LVD also publishes a table change time of 35 s.

How this page was made

  • Both columns come from the makers’ own specification tables; nothing is estimated, and a value a maker does not publish is shown as Not provided.
  • Sources: LVD (lvdgroup.com, read 27 October 2026); TRUMPF (trumpf.com, read 27 October 2026). Each machine links to its own page with the source row.
  • The text was drafted with an AI model (Claude, from Anthropic) from these figures only, checked against the table by Claude (AI) on 28 October 2026. Counts and values in the text are computed from the table.