Trumpf TruLaser Financing:
2D Fiber and TruLaser Cell.

A Trumpf laser is one of the largest capital decisions a fabrication shop makes. The machine sits at the front of the value stream, so the throughput it sets caps everything downstream in nesting, forming and welding. That is exactly why shops choose Trumpf and it is also why the acquisition needs to be structured so the equipment pays for itself rather than draining working capital. iLease Capital arranges financing for the full Trumpf laser range, from an entry TruLaser 2D fiber machine to a multi-function TruLaser Cell 3D system, whether you are buying new from the builder or sourcing a used unit on the secondary market. We finance new and used Trumpf lasers, from a single machine up to $5 million plus, and our team can be reached directly at (866) 545-3273.

This page covers how the current TruLaser lineup is structured, what these machines cost on the used market today and how to build a financing structure that fits a laser rather than a generic loan.

The TruLaser 2D fiber lineup

Trumpf splits its flat-sheet lasers into three main series and the naming is consistent once you learn the pattern. The first two digits after "TruLaser" identify the series, the second pair identifies the sheet format.

The TruLaser Series 1000, with the TruLaser 1030 fiber, 1040 fiber and 1060 fiber, is the entry point. Trumpf positions it as the machine for first-time laser buyers and it handles a broad thickness range while keeping the operating cost profile simple. For a shop moving off a shear-and-punch workflow or replacing an aging CO2 machine, the 1000 series is often the right first fiber.

The TruLaser Series 3000 is the workhorse of the range. It spans the TruLaser 3030 fiber, 3040 fiber, 3060 fiber and 3080 fiber, where the 3030 runs a 3000 by 1500 mm sheet and the 3080 stretches to an 8000 by 2500 mm bed. These machines run Trumpf TruFiber solid-state sources, offered from the TruFiber 4000 at 4 kW up through the TruFiber 6001, 9001, 12001 and the 24001 at 24 kW. With 12 kW the 3000 series cuts mild steel to 30 mm, 35 mm with the thick sheet package, stainless to 40 mm and aluminum to 30 mm. The BrightLine fiber option sharpens edge quality and part removal on thicker plate.

The TruLaser Series 5000, with the TruLaser 5030 fiber, 5040 fiber and 5060 fiber, is the high-output tier. It carries solid-state power up to 24 kW and is built for reproducible quality at high feed rates on complex contours. Shops running a laser as a bottleneck cell, where every second of cut time is scheduled, tend to land here.

Across all three series the operator interface is the Trumpf Touchpoint HMI, a large touch display that standardizes control from the 1000 series up through the 5000. That control commonality matters for a buyer, because it protects operator training and reduces the retraining cost when a shop steps up to a bigger machine later.

The TruLaser Cell 3D range

The TruLaser Cell family is a different kind of machine. Where a 2D fiber laser cuts flat sheet, a TruLaser Cell is a 5-axis system that cuts and welds in two or three dimensions, which makes it the tool of choice for formed parts, tube and hot-stamped automotive components.

The current lineup starts with the compact TruLaser Cell 3000, which handles 2D cutting, 3D cutting, laser welding and laser metal deposition in one footprint. The TruLaser Cell 5030 is positioned as the affordable introduction to 2D and 3D laser welding and cutting, aimed at small to medium lot sizes with frequent part changes and a 5030 Hotforming Edition targets 3D cutting of hot-formed components.

The TruLaser Cell 7040 is the flexible mid-to-high machine in the family. It combines 2D cutting, 3D cutting, laser welding and laser metal deposition through a single laser light cable, so switching processes means changing optics rather than reconfiguring the machine. Its linear travels run X 4000 mm, Y 1500 or 2000 mm and Z 750 or 1000 mm, with a B axis of plus or minus 135 degrees and a C axis of continuous 360 degree rotation. Laser power comes from a TruDisk or TruFiber source between 3 kW and 6 kW and the machine will also process tubes. At the top sits the TruLaser Cell 8030, a second-generation system built for the 3D cutting of hot-formed body components at high volume.

For a job shop, the practical read is that a TruLaser Cell is a specialty asset. It earns its keep on formed, welded or 3D work that a flat-sheet laser cannot touch, so the financing case rests on the specific programs it will run rather than on general sheet throughput.

What used Trumpf lasers cost right now

Trumpf holds a premium reputation and the used market reflects it, but the numbers move sharply with generation, laser power, hours and automation. The single most important divide is CO2 versus fiber. Legacy CO2 machines have depreciated hard as the market moved to solid-state sources, while fiber-generation TruLasers still command strong money.

On the TruLaser 3030, a marketplace scan on 2026-09-12 showed asking prices spread from roughly EUR 15,000 at the bottom, where older CO2 units sit, up to about EUR 150,000, near 164,000 US dollars, for a 2018 fiber machine. That is not a single band so much as two different populations. A 2007 to 2012 CO2 3030 trades in the tens of thousands, while a late-model 3030 fiber sits in the six figures. US dealer inventory tells the same story: listings on the domestic market include 2008 and 2011 units at 4 kW, a 2013 unit at 5 kW and a 2018 fiber unit at 6 kW, spanning both generations.

On the TruLaser 5000 side, a 2012 TruLaser 5030 at 5 kW with a 5 by 10 foot table was listed at 49,500 US dollars on a dealer product page seen 2026-09-12. Prices on this series climb quickly with newer year, higher power and added load or unload automation, so a low-hour late-model 5030 fiber with a tower will sit far above that figure.

TruLaser Cell 3D machines behave differently again. Because they are specialty tools with a narrower buyer pool, older units can clear cheaply at auction and one 2008 TruLaser Cell 7040 reportedly sold near 10,950 US dollars, while general listings run from 2007 to 2019 at 3.2 to 4 kW. A current-generation 7040 configured for production is a much larger number, but the point stands that 3D-cell values track the specific process package more than headline age.

Two cautions apply to every one of these figures. First, many listings are price-on-request, so published numbers are a partial view rather than a full market. Second, condition drives everything on a laser, because laser-on hours, cutting-head and drive-component condition and resonator service history can swing value by a wide margin on otherwise identical machines. Treat the numbers above as real data points seen on the dates given, not as a quote on any specific unit.

Why the used-market strength matters for financing

Value retention is not just trivia for a buyer. It is the collateral story that underwrites the deal. A funding partner is more comfortable structuring a used-equipment transaction when the asset holds a strong, liquid resale value and fiber-generation Trumpf lasers do exactly that. That collateral quality is one reason a well-kept used TruLaser can often be financed on terms close to what a comparable new machine would carry.

It also protects the buyer at the back end of the term. A shop that finances a 3030 fiber and later needs to trade up to a 5000 series or add a TruLaser Cell has an asset with real remarketing value, which keeps options open rather than leaving equity trapped in a machine that will not sell.

Structuring the financing

A laser is a long-lived, high-utilization asset, so the financing should be matched to how it earns. iLease Capital arranges funding across the range and the structures that tend to fit best include the following.

Equipment finance agreements and capital leases spread the cost over a term that lines up with the productive life of the machine, typically letting you own the asset at the end. This is the common path for a shop that intends to run the laser for many years and wants the depreciation on its own books.

Fair market value leases keep monthly payments lower and leave a flexible end-of-term choice to buy, return or upgrade. For a shop that expects to refresh into higher laser power or newer automation on a defined cycle, this structure keeps the door open.

Sale-leaseback lets a shop that already owns a Trumpf laser free trapped capital by selling the machine to a funding source and leasing it back, which can fund a second cell or shore up working capital without stopping production.

Automation is worth financing as part of the same package. Sheet towers, load and unload units and part-removal systems are what turn a fast laser into a lights-out cell and folding them into one structure keeps the cell funded as a single productive asset rather than a series of separate purchases. iLease Capital arranges transactions up to $5 million plus, which covers a fully automated TruLaser cell with tower storage and downstream handling, not just the bare machine.

On credit, the process starts with a soft inquiry that does not affect your credit score, so you can see indicative structure and pricing before committing. A hard pull may come only at final approval once you decide to move forward. That keeps early conversations low-risk while you compare a new-machine quote against a used-market alternative.

Choosing between new and used

The choice between a new TruLaser from the builder and a used machine is a financing question as much as a spec question. A new machine brings the current TruFiber power options, the latest Touchpoint HMI and full builder warranty and service, which matters most when the laser is a single point of failure in your schedule. A used fiber machine, given the strong resale values above, can deliver most of the cutting capability at a materially lower entry cost, which frees capital for automation or a second process.

The deciding factors are utilization, uptime tolerance and the service relationship. A shop running one shift with schedule slack can absorb the risk profile of an older machine, while a shop running a laser as a hard bottleneck usually wants newer iron and a service contract. iLease Capital can structure either path and because used Trumpf lasers finance well, the decision can be made on operational grounds rather than being forced by cash.

Ready to move forward?

If you are pricing a Trumpf TruLaser 2D fiber machine, a TruLaser Cell 3D system or a fully automated laser cell, iLease Capital will build a structure that fits how the machine earns. Call us at (866) 545-3273, start your application at ileasecapital.com/apply, it takes about three minutes and there's no hard credit pull, or reach the team through /contact. We will give you indicative terms from a soft inquiry first, so you can compare new and used with real numbers before anything hits your credit.

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