TruMark Series 6000

TruMark Series 6000 - High marking precision

The TruMark Series 6000 consists of five different special lasers which have one thing in common: high power and outstanding beam quality combined to produce laser light of unique brilliance - available in any wavelength needed for surface processing.

High marking precision
Outstanding pulse-to-pulse power stability
Easy to integrate
Pluggable supply cable
Internal software-controlled defocusing
High temperature stability

Category	Marking laser
Products	TruMark 6020, TruMark 6030. TruMark 6130, TruMark 6330
Application Fields	Laser marking, laser structuring, surface refinement

TruMark 6020

The TruMark 6020/6030 emits infrared laser light (1064 nm) and is particularly well-suited for the processing of metal components, for instance for products in the automotive industry, the aircraft industry or in medical technology. The legal requirements for the traceability of products are high in these areas in particular. TruMark 6020/6030 is a high-precision marking laser that guarantees process dependability for the reading of barcodes and data matrix codes.

TruMark 6130

The TruMark 6130 works in the infrared range (1064 nm) and is characterized by high pulse power in high frequency ranges.

It is therefore particularly well-suited for plastic and semiconductor processing. The specific properties of the light of a vanadate laser, such as polarization, give the TruMark 6130 a characteristic profile which makes it the first choice in many applications.

TruMark 6330

The TruMark 6330 works at a wavelength of 355 nm in the UV range. This allows you new possibilities in plastic processing. In contrast with infrared and green laser light, on many substrates significantly better marking results can be obtained, often at higher processing speeds, without the need for expensive laser-sensitive additives in the substrate. The TruMark 6330 gives you all the possibilities to implement customization and personalization in mass production. This is precisely where the TruMark 6330 can show its full advantages: process stability and high marking quality.

A new generation

The features trusted for ten years in the market a thousand times over by the name VectorMark are now continued with the latest technologies in the marking lasers of the TruMark Series 6000. With the same power, they are faster; at the same frequency, these marking lasers provide more power than their predecessors.

Highly productive

For you, that means higher productivity and even more opportunities for material processing. TRUMPF is setting new standards in applied laser technology by combing technology and application expertise.

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	TruMark 6020	TruMark 6130	TruMark 6330
Laser medium	Nd:YAG	Nd:YVO4	Nd:YVO4
Wavelength	1064 nm	1064 nm	355 nm
Beam quality M²	1.2	1.2	1.2
Pulse repitition rate	1 kHz - 120 kHz	1 kHz - 120 kHz	1 kHz - 120 kHz
Focus diameter	~ at f = 163 mm: 45 µm / 42 µm	~ at f = 163 mm: 45 µm	~ at f = 160 mm: 25 µm
Marking field size (at f=160mm)			80 mm x 80 mm
Marking field size (at f=163mm)	120 mm x 120 mm	120 mm x 120 mm
Scanner calibration accuracy	± 50 µm	± 50 µm	± 50 µm
Connection and consumption
Electrical connection (voltage)	230: 150 V	230: 150 V	230: 150 V
Electrical connection (frequency)	50: 60 Hz	50: 60 Hz	50: 60 Hz
Electrical connection (current)	16 A	16 A	16 A
Max. power consumption	1.7 kW	1.7 kW	1.7 kW
Average power consumption	1.4 kW	1.4 kW	1.4 kW
Protection class	IP 54	IP 54	IP 54
Dimensions and weight beam source
Width	200 mm	200 mm	200 mm
Height	301 mm	301 mm	301 mm
Depth	670 mm	670 mm	670 mm
Weight	32 kg	32 kg	34 kg
Dimensions and weight supply unit
Width	445 mm	445 mm	445 mm
Height	645 mm	645 mm	645 mm
Depth	785 mm	785 mm	785 mm
Weight	104 kg	104 kg	104 kg

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TruMark Station 7000
Marking with plenty of space for big or lots of tiny thingsmehr ...

TruMark Station 5000
Flexible marking in every detailmehr ...

Options (Hardware)

Diverse focusing lenses

Focusing lenses for different marking field sizes

Deflection 90°

Beam output to the front

Dual Head System

Asynchronous beam switch
100% laser power on either marking field
Asynchronous mode: sequential marking of different or same content

Pilot laser

Integrated laser diode beam for the simulation of the mark with visible light

Marking on the Fly (MOF)

Mark moving parts (e.g. on a conveyor system)
The velocity is continuously acquired and the and the marking is adjusted in real-time
Mark endless work pieces

Options (Software)

Navigator

Software based laser parameter assistant for choosing appropriate laser settings for a present marking application
suitable for operators without special knowledge in laser treatment of material

Quick Flow