TRUMPF TruMark 5020 / 5050 / 7050 Fiber Marking Laser Enclosure & Workstation (TruMark Series 5000)

The TRUMPF TruMark 5020, 5050 and 7050 are TRUMPF's fiber marking lasers: a 1062 nm source from 20 W to 200 W, a separate marking (processing) unit, and a supply unit joined by a plug-in laser light cable. They mark the codes and serials automotive and medical device programs trace parts by. At that power the open beam is a Class 4 hazard. The wavelength is invisible, reflects off the metal you're marking, and passes straight through clear acrylic and polycarbonate.

TRUMPF sells complete Class 1 TruMark Stations with a new laser. This is for the TruMark already on your floor: a laser pulled off a line, bought as a beam source for integration, or one that needs a layout a standard station doesn't offer. It's an opaque aluminum-composite enclosure or a complete workstation, built to your processing unit, with door interlocks planned into the laser's safety circuit, a 1064 nm laser-safety window, and extraction sized to what you're marking. The laser itself is never touched.

Built around the TruMark, not a generic galvo

• Chamber height set from your optic. TruMark fiber lasers ship with different focusing optics: a 110 × 110 mm standard field, up to 290 × 290 mm (5020) or 285 × 285 mm (5050, 7050) with longer lenses. The 5020 adds ±60 mm of internal focus control and the 5050 ±21 mm. We set chamber height from the working distance of the optic on your unit and your focus range, then stack your fixture, your tallest part and service clearance.
• Mount plate drawn to your processing unit. TRUMPF has built more than one generation of TruMark 5000 processing units, and they aren't the same size. Current published units run 342 × 170 × 185 mm (5020) to 379 × 178 × 201 mm (7050). We take the mount from your unit's drawing or serial and fix it to a rigid plate at a repeatable height, because a readable code grade depends on the part meeting the same focus every cycle.
• A cable pass-through sized for the laser light cable. The cable plugs in, but it still has a minimum bend radius and it can't be pinched. We use split, sealed cable entries sized to TRUMPF's installation data, so nothing has to be threaded through a hole and nothing gets caught in a door seam.
• Supply-unit bay with its own air. The supply unit is 519 × 483 × 178 mm on the current 5020 and 460 × 465 × 222 mm on the 5050 and 7050. It gets a ventilated bay within cable reach, with its air path kept separate from the fume stream. We follow the clearances in TRUMPF's installation manual.

Beam containment, scoped honestly

• Opaque ACM walls. The walls are 1/4" aluminum composite panel, not clear plastic. The aluminum face helps block stray 1 µm reflections off steel, titanium and aluminum parts.
• Window matched to 1064 nm. The window is Double YAG laser-safety acrylic from Laser Safety Industries, which the supplier spectrometer-tested at OD6+ for IR. The supplier's data ships with your documentation. You can also choose no window and monitor by camera.
• Interlocked doors into the TruMark safety circuit. TRUMPF builds its fiber TruMark lasers with redundant safety systems rated to Performance Level e. Door switches are fitted, wired and labeled to feed that circuit, planned with your integrator at quote. We don't open, modify or rewire the laser, the processing unit or the supply unit.

Fume capture sized to the material

Marking anodized aluminum, coated steel, composites or beryllium copper puts fume in the room. For beryllium copper, OSHA 29 CFR 1910.1024 sets the exposure limit at 0.2 µg/m³. The person loading parts all shift breathes whatever the enclosure doesn't capture. Every TruMark build includes a source-capture port at the mark and an exhaust port sized to your extractor (4" or 75 mm). A commercial-grade Donaldson BOFA extractor package is available when you want higher volume filtration capacity.

Configure your build (quoted)

• Fit: TruMark 5020, 5050 and 7050, plus earlier TruMark 5040, 5070, 3020 and 3130 units
• Format: benchtop enclosure over your existing bench, or a complete workstation with the enclosure on a base that has a supply-unit bay, an extractor bay and storage
• Access: front door standard; side doors for pass-through of long parts; fixture plate; rotary clearance
• Part height: fixed platform set to your part, or a lift table for mixed part heights
• Viewing: 1064 nm laser-safety window, camera only, or both
• Multi-head: double-bay layouts with two lasers in one housing sharing one extraction run
• Extraction: source-capture arm, 4" or 75 mm port, Donaldson BOFA extractor package
• Delivery: flat-packed or delivered assembled

Your TruMark (published by TRUMPF, current generation)

Earlier-generation units differ in size. We confirm every dimension against your laser before we cut.

Other TRUMPF marking lasers we build for

Earlier fiber and IR TruMark lasers with a separate marking unit: TruMark 5040, TruMark 5070, TruMark 3020 and TruMark 3130, plus the TruMark 6020 and 6130. The 3D TruMark 6030 runs at 1030 nm; we confirm the window data against that wavelength at quote. UV and green TruMark lasers (TruMark 3330, 6330, 3230) are quoted separately with a window matched to their wavelength.

Frequently asked questions

TRUMPF already sells TruMark Stations. Why this?
TruMark Stations are complete Class 1 systems sold with a new laser. This is for the laser you already own, or one going into a layout a standard station doesn't cover: long stock through side doors, two lasers in one housing, a supply unit and extractor in the same footprint.

Will this make my TruMark a Class 1 laser?
No enclosure sold on its own does that. Laser classification belongs to the finished laser system and its manufacturer under 21 CFR 1040.10. We build the protective housing and interlock provisions your safety plan calls for. Your laser safety officer gets the drawings, materials and window data for the ANSI Z136.1 evaluation. If your program needs a certified Class 1 system, tell us at the start and we'll plan it with you and your laser vendor.

Can you build it before our laser arrives?
Yes, from TRUMPF's published drawings for your model and generation. We confirm the mount and working distance against your unit before final assembly.

Do you install or commission the laser?
We build and ship the enclosure with its drawings and interlock wiring diagram. TRUMPF or your integrator commissions the laser, which keeps its certification and warranty with the company that made it.

POs and net terms?
Yes. We accept POs, ACH and cards, supply a W-9 on request, and offer net terms on qualifying orders.

Images show Clearview laser marking enclosures and workstations as reference builds, rendered with a representative marking head. Your enclosure is drawn to your TruMark. TRUMPF and TruMark are trademarks of TRUMPF SE + Co. KG. Clearview Plastics is an independent enclosure fabricator and is not affiliated with, authorized by or endorsed by TRUMPF; model names describe fit only. Clearview enclosures do not change the classification of the laser inside them. Made in California.