TRUMPF TruLaser 3030
Identification and configuration-dependent capabilities of the CO₂ TruLaser 3030, distinct from TruLaser 3030 fiber variants.
Tags: machines, laser-cutting, trumpf
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Model identity comes first
The May 2018 brochure lists the CO₂ TruLaser 3030 at 3,000 × 1,500 mm X–Y format and 900 kg maximum workpiece weight. For 15 mm stainless, its TruFlow 3200 limit is 12 mm, while TruFlow 4000 lists 15 mm. The similarly named 3030 fiber uses a different source family. Confirm the exact source, optics and installed options before applying thickness or process data. TRUMPF brochure 02239966_201805, p. 32.
The 2018 brochure distinguishes TruFlow 3030 and Lean Edition from TruDisk 3030 fiber. TRUMPF TruLaser brochure, publication 02239966_201805, p. 32.
TruFlow is a 10.6 µm CO₂ source family. Verify the source on the nameplate and order specification. TRUMPF, TruFlow beam sources.
Record serial, build year, type code, source and power, head, software and fitted options.
Historical envelope and power-dependent limits
The May 2018 brochure gives the following TruLaser 3030 envelope: 3000 × 1500 mm X/Y format, 115 mm Z range, 900 kg maximum workpiece weight and 140 m/min maximum simultaneous speed. Listed sources are TruFlow 3200/4000/5000/6000; the Lean Edition lists only 3200/4000. Confirm the installed source. TRUMPF brochure 02239966_201805, p. 32
Its shared TruFlow laser-data table states these maximum sheet thicknesses:
| Source / maximum output | Structural steel | Stainless steel | Aluminium |
|---|---|---|---|
| TruFlow 3200 / 3200 W | 20 mm | 12 mm | 8 mm |
| TruFlow 4000 / 4000 W | 20 mm | 15 mm | 10 mm |
| TruFlow 5000 / 5000 W | 25 mm | 20 mm | 12 mm |
| TruFlow 6000 / 6000 W | 25 mm | 25 mm | 15 mm |
The table provides no copper/brass thickness values for these TruFlow columns. A blank entry does not authorize a process. Only the offer and order confirmation are binding, according to the brochure's qualification. TRUMPF brochure 02239966_201805, p. 32
Selection example: 15 mm stainless lies above the table's 12 mm limit for TruFlow 3200 but at the stated maximum for TruFlow 4000. The label “TruLaser 3030” cannot resolve that request. Even the correct 4000 W source does not establish an acceptable hole, edge finish or cycle time at 15 mm. Those require the installed process and a qualified sample.
Check format, weight and thickness separately. Z travel describes axis movement and maximum simultaneous speed describes axis motion, while cutting feed depends on the contour and process.
Options must be tied to machine type and version
TRUMPF's product-enhancement catalog, printed 202003, identifies the CO₂ 3030 as L20, separately from the 3030 fiber L49 and Lean Edition. Its option tables are useful identification evidence, but an offered enhancement is not proof of installation. TRUMPF product-enhancement catalog, pp. 14–17
Two examples illustrate why option details matter. BrightLine combines special cutting data and a nozzle/gas-flow arrangement to improve thick-sheet cut edges. Its table includes machine, thickness and software/head qualifications. CoolLine sprays a water mist around the beam to stabilize temperature in thick mild steel; the catalog distinguishes 15–20 mm for TruFlow 3200/4000 from 15–25 mm for higher listed TruFlow powers. Neither feature can be inferred from the cabinet name. TRUMPF enhancement catalog, pp. 16–17
Record option availability, installation and successful application as different facts. A supplier may offer a retrofit for a machine type, while a particular serial number still needs a compatibility check, additional hardware or a software update. Preserve the resulting restrictions in the equipment record instead of copying a feature name alone.
Cutting gas and process data
Laser power supplies heat; cutting gas removes material from the kerf. TRUMPF's process explanation describes the interaction among focusing optics, nozzle, gas and motion. Its general description covers multiple laser technologies and materials; it is not a material-approval list for the CO₂ 3030. TRUMPF, laser-cutting process
Gas delivery must match the installed process: identify gas type, purity, required flow/pressure under operation and the machine-specific connection requirements. Shop-air or cylinder labels alone do not establish suitability. Keep resonator-gas requirements separate from cutting assist gas; use the machine manual and supplier instructions for each circuit rather than transferring settings from a fiber machine.
The enhancement catalog lists compressed-air cutting as an additional function for L20, with application up to 3 mm depending on source power and material. It explicitly warns of increased roughness and reduced cut quality. That bounded option description does not establish a universal air-cutting recipe or permit substituting air in a qualified nitrogen process. TRUMPF enhancement catalog, p. 23
Qualification, condition and productive capacity
A usable process record states material grade/condition, thickness, gas, nozzle and head configuration, focus, cutting-data revision, pierce method, lead-ins and any active options. Assess representative contours against drawing requirements: dimensions, taper, residual burr, roughness, oxide condition and thermal effects. A straight separation cut does not qualify small holes or closely nested heat-sensitive geometry.
Separate machine positioning specifications from finished-part tolerances. Optical condition, nozzle alignment, material flatness, thermal accumulation and process settings affect the result. Use the actual machine's maintenance and operating instructions for inspection and adjustment; a public brochure does not establish safe service procedures or condition-based acceptance limits.
Similarly, distinguish beam-on speed from throughput. Loading, pallet exchange, piercing, traverses, part removal and downstream edge preparation contribute to elapsed production time. The presence of a loader does not prove unattended sorting of every geometry. Record which automation is installed and qualify its interaction with the actual sheet, skeleton and parts.
For an agent-readable capability entry, retain the source edition and classify every value as catalog limit, installed configuration or demonstrated process result. A historical catalog limit can screen an enquiry; a demonstrated result requires a traceable setup and inspected output. Neither should be presented as a blanket guarantee for all TruLaser 3030 machines.