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Fiber laser

TruFiber P

Tailor-made for your application

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The specialist in your production

Do you have specific requirements for your production?
The TruFiber P series was developed for a wide range of production requirements and therefore offers a variety of configuration options: As a singlemode laser with up to 2 kW for high-precision applications or as a multimode variant with up to 6 kW for applications with a higher welding depth or welding speed - all in a compact housing. Each variant can be combined with the complete laser system technology from TRUMPF and supplemented by comprehensive services. The result: a flexibly configurable complete package with the optimum value for money for your specific production requirements.

Individually configured for your application

The TruFiber P is tailored to specific applications. The selection of singlemode or multimode variants, suitable fiber diameters and lengths as well as suitable optics and sensors provides exactly the right solution package for a wide range of processing tasks.

Low-spatter welding with maximum precision

BrightLine Mode technology enables the combination of singlemode and multimode beams in the patented TRUMPF 2-in-1 laser light cable. This enables particularly high-quality weld seams to be produced with minimal spatter formation, even with challenging and reflective materials.

Robust construction and easy integration

The compact housing with easily accessible interfaces facilitates integration. The laser light cable is spliced to the laser and is optionally available as a 2-in-1 laser light cable. The system fulfills the highest security level, Performance Level e.

Perfect for fine welding and cutting

With a fiber diameter of just 25 micrometers, the singlemode variant offers the necessary beam quality for high-precision applications. Ideal for the finest weld seams and cuts with the highest quality requirements.

Integrated control via laser, optics and sensors

TruControl is the fastest and most intelligent laser control system on the market. This allows you to control your laser directly and without external modules. The system not only controls the laser power in real time, but also allows optics and sensors to be programmed. You keep an eye on all processes and benefit from a clear and intuitive user interface - operated via touchscreen on the panel computer.

Combined beam qualities with BrightLine Mode

With the BrightLine Mode function, you can weld copper, aluminum, mild steel or stainless steel with maximum power and virtually spatter-free. The technology uses a patented 2-in-1 laser light cable in which you can flexibly distribute singlemode power in the fiber core and multimode power in the fiber ring and then superimpose them in the optics. The result: high-quality, tight and visually perfect weld seams with minimal reworking.

Worldwide consultation and fast support

We offer you a complete system from a single source - with worldwide support. Our experts provide you with comprehensive advice on application, materials, process parameters and the optimum combination of laser, optics and sensor technology. In our application centers, we work with you to develop the best solution for your application. And if it comes down to it: our global service network with 24/7 support keeps your production running

Safe and reliable with PLe

The TruFiber P fulfills the highest security level, Performance Level e (PL e). Redundant safety systems and fast fault detection minimize the risk of an unsafe condition - without additional measures on the laser itself.

Gear welding for lightweight components

Their challenge: Modern gearboxes are required to be increasingly smaller and lightweight without sacrificing performance. The components are often made of different metals, which places high demands on the welding process.

Our laser recommendation: TruFiber P lasers are ideal for precise deep-hole welding, as they have up to 6 kW of power and excellent beam quality using fibers with small core diameters. The components are often made of different metals, which places high demands on the welding process.

Busbar welding of cylindrical battery cells

Their challenge: During busbar welding, battery pole contacts must be reliably connected - with low spatter, electrical conductivity and minimal heat input. Particularly with cylindrical cells, the smallest contact surfaces must be welded precisely and reproducibly to ensure a stable and durable connection.

Our laser recommendation: TruFiber P single-mode lasers offer the highest beam quality for the smallest welding spots and enable the finest, reproducible seams even on the smallest components. BrightLine mode reduces spatter formation even at high welding speeds.

Fine welding in medical technology

The challenge: Maximum precision and reproducible weld seams are essential in the manufacture of endoscopic instruments. The surfaces must be flawless and must not require any post-processing, while at the same time the smallest components must be reliably connected.

Our laser recommendation: The outstanding singlemode beam quality of the TruFiber P lasers enables the smallest welding spot diameters for precise, fine weld seams even on miniaturized components, while BrightLine Mode minimizes spatter formation. With active power regulation and appropriate process monitoring, we guarantee consistent quality for your medical technology applications.

Laser metal fusion for 3D printing

The challenge: Metallic 3D printing requires precise energy input in order to selectively melt metal powder layer-by-layer. Particularly in demanding industries such as dental and medical technology or aerospace, complex geometries with high material quality are required.

Our laser recommendation: The single-mode lasers of the TruFiber P family enable maximum design freedom as well as material and weight reduction thanks to their precisely focusable beam quality. The stable laser power and beam guidance guarantee reproducible results and high-quality component properties - even with filigree structures and complex internal contours that could not be produced conventionally.

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	TruFiber 500 P (FD89-025) (Single Mode) Compare product	TruFiber 500 P (FD89-050) (Multi Mode) Compare product	TruFiber 501 P (FD89) Compare product	TruFiber 1000 P (FD89-025) (Single Mode) Compare product	TruFiber 1000 P (FD89-050) (Multi Mode) Compare product	TruFiber 1001 P (FD89) Compare product	TruFiber 1500 P (FD89-025) (Single Mode) Compare product	TruFiber 1500 P (FD89-050) (Multi Mode) Compare product	TruFiber 1501 P (FD89) Compare product	TruFiber 2000 P (FD89-025) (Single Mode) Compare product	TruFiber 2000 P (FD89-050) (Multi Mode) Compare product	TruFiber 2001 P (FD89) Compare product	TruFiber 3000 P (FD89-050) (Multi Mode) Compare product	TruFiber 3001 P (FD45) Compare product	TruFiber 3002 P (FD89) Compare product	TruFiber 4000 P (FD89-050) (Multi Mode) Compare product	TruFiber 4001 P (FD45) Compare product	TruFiber 4002 P (FD89) Compare product	TruFiber 6000 P (FD89-050) (Multi Mode) Compare product	TruFiber 6001 P (FD45) Compare product	TruFiber 6002 P (FD89) Compare product
Laser parameters
Laser Power	500 W ¹	500 W ¹	500 W ¹	1000 W ¹	1000 W ¹	1000 W ¹	1500 W ¹	1500 W ¹	1500 W ¹	2000 W ¹	2000 W ¹	2000 W ¹	3000 W ¹	3000 W	3000 W ¹	4000 W ¹	4000 W	4000 W ¹	6000 W ¹	6000 W	6000 W ¹
Typical power constancy at rated power over 8 hours at constant ambient temperature	-	-	-	-	-	-	-	-	-	-	-	-	-	± 0.5 %	-	-	± 0.5 %	-	-	± 0.5 %	-
Maximum power constancy at rated power over 8 hours at constant ambient temperature	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation
Continuously adjustable power range	10 W - 500 W	10 W - 500 W	10 W - 500 W	20 W - 1000 W	20 W - 1000 W	20 W - 1000 W	30 W - 1500 W	30 W - 1500 W	30 W - 1500 W	40 W - 2000 W	40 W - 2000 W	40 W - 2000 W	60 W - 3000 W	60 W - 3000 W bei aktiver Leistungsregelung	60 W - 3000 W	80 W - 4000 W	120 W - 4000 W	80 W - 4000 W	120 W - 6000 W	120 W - 6000 W	120 W - 6000 W
Beam quality	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad
Wavelength	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2
Diameter of laser light cable	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm
Length of the laser light cable	10 m	20 m	20 m	10 m	20 m	20 m	10 m	20 m	20 m	10 m	20 m	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m
Structural design
Width	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm
Height	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	1000 mm	1040 mm	1000 mm	1000 mm	1040 mm	1000 mm	1000 mm	1040 mm	1000 mm
Depth	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	1146 mm	950 mm	1146 mm	1146 mm	950 mm	1146 mm	1146 mm	950 mm	1146 mm
Maximum number of laser light cables	-	-	-	-	-	-	-	-	-	-	-	-	-	1	-	-	1	-	-	1	-
Installation
Ambient temperature	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C

Compare products End comparison End comparison	TruFiber 500 P (FD89-025) (Single Mode)	TruFiber 500 P (FD89-050) (Multi Mode)	TruFiber 501 P (FD89)	TruFiber 1000 P (FD89-025) (Single Mode)	TruFiber 1000 P (FD89-050) (Multi Mode)	TruFiber 1001 P (FD89)	TruFiber 1500 P (FD89-025) (Single Mode)	TruFiber 1500 P (FD89-050) (Multi Mode)	TruFiber 1501 P (FD89)	TruFiber 2000 P (FD89-025) (Single Mode)	TruFiber 2000 P (FD89-050) (Multi Mode)	TruFiber 2001 P (FD89)	TruFiber 3000 P (FD89-050) (Multi Mode)	TruFiber 3001 P (FD45)	TruFiber 3002 P (FD89)	TruFiber 4000 P (FD89-050) (Multi Mode)	TruFiber 4001 P (FD45)	TruFiber 4002 P (FD89)	TruFiber 6000 P (FD89-050) (Multi Mode)	TruFiber 6001 P (FD45)	TruFiber 6002 P (FD89)
Laser parameters
Laser Power	500 W ¹	500 W ¹	500 W ¹	1000 W ¹	1000 W ¹	1000 W ¹	1500 W ¹	1500 W ¹	1500 W ¹	2000 W ¹	2000 W ¹	2000 W ¹	3000 W ¹	3000 W	3000 W ¹	4000 W ¹	4000 W	4000 W ¹	6000 W ¹	6000 W	6000 W ¹
Typical power constancy at rated power over 8 hours at constant ambient temperature	-	-	-	-	-	-	-	-	-	-	-	-	-	± 0.5 %	-	-	± 0.5 %	-	-	± 0.5 %	-
Maximum power constancy at rated power over 8 hours at constant ambient temperature	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 % without active power regulation ± 0.5 % with active power regulation	± 1 %	± 1 % without active power regulation ± 0.5 % with active power regulation
Continuously adjustable power range	10 W - 500 W	10 W - 500 W	10 W - 500 W	20 W - 1000 W	20 W - 1000 W	20 W - 1000 W	30 W - 1500 W	30 W - 1500 W	30 W - 1500 W	40 W - 2000 W	40 W - 2000 W	40 W - 2000 W	60 W - 3000 W	60 W - 3000 W bei aktiver Leistungsregelung	60 W - 3000 W	80 W - 4000 W	120 W - 4000 W	80 W - 4000 W	120 W - 6000 W	120 W - 6000 W	120 W - 6000 W
Beam quality	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	0.38 ± 0,03 mm▪mrad	2.1 ± 0.3 mm▪mrad	3.3 ± 0.4 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad	2.1 ± 0.3 mm▪mrad (50 µm) or 0.4 / 4.0 mm.mrad (BrightLine Mode)	4 mm▪mrad	8 ± 1 mm▪mrad
Wavelength	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2	1071 nm ± 2	1080 nm	1071 nm ± 2
Diameter of laser light cable	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	25 μm	50 μm	100 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm	50 μm or 25 µm / 100 µm (BrightLine Mode)	100 μm	200 μm
Length of the laser light cable	10 m	20 m	20 m	10 m	20 m	20 m	10 m	20 m	20 m	10 m	20 m	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m	20 m (50 µm) or 10 m (BrightLine Mode)	-	20 m
Structural design
Width	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	448 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm	600 mm
Height	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	525 mm	1000 mm	1040 mm	1000 mm	1000 mm	1040 mm	1000 mm	1000 mm	1040 mm	1000 mm
Depth	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	971 mm	1146 mm	950 mm	1146 mm	1146 mm	950 mm	1146 mm	1146 mm	950 mm	1146 mm
Maximum number of laser light cables	-	-	-	-	-	-	-	-	-	-	-	-	-	1	-	-	1	-	-	1	-
Installation
Ambient temperature	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C	5 °C - 45 °C

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Technical data sheet

The technical data of all product versions as a download.

Optimize your lasers with additional functions

TRUMPF offers you sophisticated solutions that make your production safer, more efficient, and more transparent. Whether monitoring, data storage or interfaces - discover the smart functions to configure our fiber lasers according to your requirements.

BrightLine Mode – Variable beam profile for less spatter

With the BrightLine Mode function, you can weld copper, aluminum, mild steel or stainless steel virtually spatter-free. Our patented 2-in-1 laser light cable with singlemode core and multimode ring is robustly spliced to the laser. This allows the laser power to be flexibly distributed between the core and the ring so that it can then be combined in the optics depending on the application. The ring jet enlarges and stabilizes the opening of the keyhole so that the process gases can escape more easily. This enables low-spatter welding even at high speeds.
The advantage: A stable process control with full control over the power distribution, stable, clean weld seams and less rework.

Laser power control for the TruFiber fiber laser

Constant laser power for consistent quality

With active power regulation, the laser power remains stable at 100% over the entire service life. This intelligent power control continuously monitors the output power of your laser and automatically adjusts the diode voltage as soon as deviations are detected.
The advantage: The integrated power reserve ensures that your TruFiber P operates at optimum nominal power throughout its entire service life - without manual readjustments.

Store and evaluate process data securely

Save and visualize your individually defined data from lasers, optics and process sensors directly during the process - precisely and synchronously. This data stays with you exclusively.
The advantage: Transparent quality control, traceable processes and valuable insights for optimized production.

Varied interfaces For easy integration

TRUMPF fiber lasers provide interfaces for all common fieldbus systems. Also available: real-time interface, parallel digital I/O, interface for process sensor systems, OPC UA software interface, analog input board, interface for intelligent TRUMPF optics (CFO, PFO).
The advantage: Simple and direct integration of a TruFiber laser into your machine or production line.

Cooling adapted to your requirements

Every laser requires reliable heat dissipation. We offer cooling units tailored to your requirements. Depending on your requirements, you can choose between different variants, including external heat exchangers and water-water cooler or water-air cooler.
The advantage: A cooling system that is perfectly matched to your laser and manufactured to our strict specifications - for maximum availability and service life of your system.

Intuitive TruControl 2 software

Easily control your fiber laser with the TruControl 2 software via the optional panel PC. The intuitive user interface shows you the current status of the laser at a glance and guides you safely through operation. Clear status displays ensure full transparency, while the role-based authorization system prevents unauthorized access and ensures stable processes.
The advantage: A fully integrated control system that has been specially optimized for your laser - with convenient operation on multiple end devices without additional effort. Clear process presentation and more security thanks to role-based access rights.

Remote Diagnostics and Services

In the event of an error, our TRUMPF service experts will access your laser via a secure remote connection. Often, the fault can be remedied directly or the laser configuration can be modified in a way that enables you to continue manufacturing until the spare part arrives.
The benefit: time and cost savings thanks to rapid failure analysis when it matters.

Programmable focusing optics

Programmable focusing optics (PFO) use mirrors to direct the laser beam to any desired position in the processing field - without moving the workpiece or optics. Thanks to the integrated real-time control loop, the laser hits the target precisely. The robust design with back-reflection protected collimator housing and sensor-based stray light monitoring ensures long-lasting, reliable operation. Can be combined with various sensor systems for process monitoring from TRUMPF or external suppliers via an interface.

PFO 20

Compact 2D scanner optics for welding and cleaning work on small processing areas.

PFO 33

High-performance 2D scanner optics for high-end requirements on large processing surfaces.

PFO SR

Compact and highly dynamic 2D small-field scanner for precise laser processing in the smallest of spaces.

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Focusing optics

The focusing optics (BEOs) focus the laser beam on the workpiece. The focal point of the lens is the processing point on the workpiece. Depending on the aspect ratio, they apply the full beam quality of the laser for precise applications or work with an increased working distance for processes with a wider diameter or expected spatter formation. As the processing point is fixed, the BEOs must be moved along an axis or the workpiece is passed under the optics. Thanks to the modular design, the optics can be optimally configured for the machining process. Various functions such as Crossjet, protective glass monitoring and process sensors such as VisionLine are available. Bi- and multifocal beam output is also possible in order to process a workpiece at several points.

PFO 20

Compact 2D scanner optics for welding and cleaning work on small processing areas.

PFO 33

High-performance 2D scanner optics for high-end requirements on large processing surfaces.

PFO SR

Compact and highly dynamic 2D small-field scanner for precise laser processing in the smallest of spaces.

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This product range and information may vary depending on the country. Subject to changes to technology, equipment, price, and range of accessories. Please get in touch with your local contact person to find out whether the product is available in your country.

The laser power at the workpiece may deviate from the rated power depending on the optics configuration.

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Laser beams open up new possibilities for joining metals and plastics. They can even weld materials with a high melting temperature and high heat conductivity with utmost precision.

Image of the technology inside the TRUMPF disk laser

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Whether it's cutting, welding, marking, or processing surfaces: with TRUMPF, you benefit from the flexibility, versatility, and cost-efficiency provided by lasers.

Contact

Laser Technology Sales

Phone +49 7156 30330862

Services

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Downloads

Brochure "Fiber laser solutions"

pdf - 2 MB