Trumpf TruLaser 1040 Fiber

$300,000 - $400,000 (new, 4 kW); $550,000 - $750,000 (12 kW with automation) Updated 2025-03-15

Key Specifications

working area

4,000 x 2,000 mm (157 x 79 in)

laser type

TruFiber (diode-pumped fiber laser)

laser power options

4 kW / 6 kW / 9 kW / 12 kW

max thickness mild steel 4kw

22 mm (0.87 in); 25 mm with thick-sheet package

max thickness mild steel 12kw

30 mm (1.18 in); 35 mm with thick-sheet package

max thickness stainless steel 12kw

40 mm (1.57 in); 50 mm with thick-sheet package

Overview

The Trumpf TruLaser 1040 Fiber is the mid-format version of Trumpf's entry-level 2D fiber laser cutting platform, offering a 4,000 x 2,000 mm (157 x 79 in) working area that handles oversized sheets beyond what standard 5x10 ft machines can process. It shares the same TruFiber beam sources, Touchpoint HMI control, and cutting technology as the 1030, but the larger bed opens the door to 8x13 ft sheet processing without repositioning or trimming.

The 1040 runs the same laser power options as its smaller sibling: 4 kW, 6 kW, 9 kW, and 12 kW TruFiber beam sources. Cutting capacities are identical -- up to 30 mm mild steel at 12 kW (35 mm with thick-sheet package), 40 mm stainless (50 mm with package), and 30 mm aluminum. The larger format doesn't compromise cutting capability. Maximum positioning speed holds at 140 m/min simultaneous, matching the 1030.

The bigger working area means a bigger machine. At 11,150 x 6,650 x 2,200 mm (439 x 262 x 87 in) and 12,000 kg (26,455 lb), the 1040 requires significantly more floor space than the 1030. Table load capacity increases to 2,000 kg without pallet changer, or up to 3,900 kg with the heavy-duty pallet changer -- reflecting the heavier sheets that come with the larger format.

The machine features the same single-cutting-head strategy with automatic focus adjustment, NanoJoints technology, PierceLine piercing control, collision protection, and integrated gas mixer found across the 1000 series. Programming runs through TruTops Boost CAM software, and the Touchpoint HMI provides the same operator interface as all current Trumpf machines.

The 1040 format is particularly relevant for fabricators in structural steel, architectural metalwork, shipbuilding components, and any application where 5x10 ft sheets are too small. Many shops find they're constantly nesting two parts across two sheets when a single larger sheet would be more efficient. The 1040 eliminates that constraint while staying within Trumpf's entry-level pricing tier.

New TruLaser 1040 Fiber machines start around $300,000-$400,000 for the 4 kW configuration. The 12 kW with automation options runs $550,000-$750,000. The price premium over the 1030 is roughly 15-25%, which is modest considering the nearly doubled working area.

Full Specifications

Parameter	Value
Working Area	4,000 x 2,000 mm (157 x 79 in)
Laser Type	TruFiber (diode-pumped fiber laser)
Laser Power Options	4 kW / 6 kW / 9 kW / 12 kW
Max Thickness Mild Steel 4kw	22 mm (0.87 in); 25 mm with thick-sheet package
Max Thickness Mild Steel 12kw	30 mm (1.18 in); 35 mm with thick-sheet package
Max Thickness Stainless Steel 12kw	40 mm (1.57 in); 50 mm with thick-sheet package
Max Thickness Aluminum 12kw	30 mm (1.18 in)
Max Thickness Copper 12kw	12.7 mm (0.50 in)
Max Thickness Brass 12kw	12.7 mm (0.50 in)
Max Positioning Speed	140 m/min (simultaneous)
Table Load Capacity	2,000 kg (without pallet changer); 3,900 kg (heavy-duty, both pallets)
Machine Weight	12,000 kg (26,455 lb)
Machine Dimensions	11,150 x 6,650 x 2,200 mm (439 x 262 x 87 in)
CNC Control	Touchpoint HMI (touchscreen)
Cutting Head	Single-cutting-head strategy with automatic focus adjustment
Avg Power Consumption 4kw	10 kW
Avg Power Consumption 12kw	16 kW
Length	9333 mm
Width	5990 mm
Height	2200 mm
Weight Of Basic Machine	9400 kg1
Simultaneous	140 m/min
X Axis	3000 mm
Y Axis	1500 mm
Maximum Workpiece Weight Without Heavy Duty Pallet Changer	900 kg
Maximum Workpiece Weight With Heavy Duty Pallet Changer	1800 kg
Maximum Workpiece Weight On Both Pallets With Heavy Duty Pallet Changer	2200 kg2
Maximum Laser Power	12000 W
Maximum Sheet Thickness Mild Steel	30 mm
Maximum Mild Steel Sheet Thickness With Cutting Package For Thick Sheets	35 mm
Maximum Sheet Thickness Stainless Steel	40 mm
Maximum Stainless Steel Sheet Thickness With Cutting Package For Thick Sheets	50 mm
Maximum Sheet Thickness Aluminum	30 mm
Maximum Sheet Thickness Copper	12.7 mm
Maximum Sheet Thickness Brass	12.7 mm
Average Power Input In Production Trufiber 4001	10 kW
Average Power Input In Production Trufiber 6001	11 kW
Average Power Input In Production Trufiber 9001	14.5 kW
Average Power Input In Production Trufiber 12001	16 kW
Perfect Introduction Perfect Addition	Perfect economy even with low to medium utilization
Just Get Started	Intuitive operation with Touchpoint control, and easy to get started thanks to integrated cutting data
High Quality	The machine is robust, durable and provides perfect results
Safe Laser Cutting	Maximum safety during operation thanks to enclosed protective housing and beam guard
Automation Made Easy	Autonomous work is possible

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

Strengths & Limitations

Strengths

4,000 x 2,000 mm working area handles oversized sheets that won't fit on standard 5x10 ft laser cutters, eliminating repositioning and sheet trimming
Same TruFiber beam sources and cutting technology as the entire 1000 series -- identical cut quality regardless of machine size
2,000 kg table load without pallet changer (3,900 kg with heavy-duty) supports the heavier sheets that come with larger format work
NanoJoints and PierceLine technology carry over from the 1030, maintaining the same production efficiency features
Entry-level pricing tier makes large-format Trumpf laser cutting accessible without jumping to the 3060 or 5060 price range
Single-cutting-head with automatic focus adjustment keeps operation simple across all material types and thicknesses

Limitations

12,000 kg weight and 11.15 m length require significant floor space -- verify ceiling height and foundation capacity before ordering
140 m/min positioning speed is the same as the 1030, so the larger travel distances mean longer non-cutting time on big sheets
Fewer shops need the 4,000 x 2,000 mm format, which limits resale market compared to the more common 3,000 x 1,500 mm machines
Trumpf service premiums apply -- large-format machines mean larger replacement parts and higher maintenance costs
TruTops Boost CAM licensing and Trumpf ecosystem lock-in add to total cost of ownership

Best For

Structural steel fabricators processing oversized sheets beyond 5x10 ft capacity Architectural metalwork shops cutting large panels, facades, and decorative elements in a single setup Heavy equipment manufacturers needing large-format cutting with entry-level Trumpf pricing Fabricators tired of splitting large parts across multiple sheets or repositioning on smaller machines Shipbuilding and transportation component manufacturers working with 4,000 mm+ sheet lengths Companies wanting Trumpf quality for large-format work without the cost of a TruLaser 3060 or 5040

Frequently Asked Questions

01 What does a Trumpf TruLaser 1040 Fiber cost?

New machines start around $300,000-$400,000 for the 4 kW configuration. The 12 kW model with automation pushes into $550,000-$750,000. That's roughly a 15-25% premium over the 1030 for a working area that's nearly doubled. Used machines from recent years trade in the $200,000-$350,000 range.

02 What sheet sizes can the TruLaser 1040 handle?

The working area is 4,000 x 2,000 mm (157 x 79 in), which accommodates sheets up to approximately 8x13 ft. With the heavy-duty pallet changer, maximum sheet weight is 3,300 kg on a single pallet or 3,900 kg combined. This covers most oversized sheet applications without jumping to the even larger 1060 format.

03 Is the TruLaser 1040 the same machine as the 1030 with a bigger bed?

Essentially, yes. The 1040 shares the same TruFiber laser sources, Touchpoint HMI control, single-cutting-head strategy, NanoJoints, PierceLine, and all other core technologies with the 1030. The only differences are working area (4,000 x 2,000 vs 3,000 x 1,500 mm), machine footprint, weight, and table load capacity. Cutting speeds and material capabilities are identical.

04 How does the 1040 compare to the TruLaser 3060 for large-format work?

The 3060 offers an even larger 6,000 x 2,500 mm working area, faster positioning at 170 m/min, BrightLine fiber technology, CoolLine, Highspeed Eco mode, and more automation options. The 1040 gives you 4,000 x 2,000 mm at entry-level pricing. If you need the extra format and cutting features, the 3060 is worth the premium. If 4,000 x 2,000 mm covers your work, the 1040 saves significant capital.

05 What floor space does the TruLaser 1040 require?

The machine itself measures 11,150 x 6,650 x 2,200 mm (439 x 262 x 87 in). Add clearance for pallet changer operation, material handling, and service access, and you're looking at roughly 15 x 9 meters (50 x 30 ft) minimum. The foundation needs to support 12,000 kg base weight plus loaded sheet weight.

06 Can I add automation to the TruLaser 1040 later?

Yes. The pallet changer can be added or upgraded to the heavy-duty version. Trumpf's LiftMaster and SortMaster automation modules are compatible. However, the full range of automation options available on the 3000 and 5000 series is more limited on the 1000 platform, so plan your automation roadmap before purchasing.