Marking laser

TruMicro Mark Series

High precision, more control, and more versatile applications

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Marking laser

TruMicro Mark Series

High precision, more control, and more versatile applications

REQUEST OFFER

Overview

Applications

Technical data

Software

Options

Machine solutions

Comprehensive solution for marking applications with ultra-short pulses

The TruMicro Mark Series is characterized by maximum process reliability and precision. By using multi-level laser power control and monitoring the pulse energy for each individual pulse, you achieve precise marking results that meet the highest standards, especially in areas such as medical technology. Whether you are working with complex 3D free-form geometries or scanning marking content, the TruMicro Mark series in combination with image processing software is available as a turnkey solution. This gives you a wide range of options for "cold" microprocessing and surface modification.

Black marking

Create deep black, corrosion-resistant markings with extreme peak pulse power, ultrashort laser pulses in the picosecond and femtosecond ranges, and the highest beam quality for absolute precision.

100% tailored pulses

The ultra-fast power modulator keeps power and pulse energy at an exact level and can be transferred from one laser to another.

Specialist in medical technology

Mark implants and surgical instruments - corrosion-free and UDI-compliant. We would be happy to support you with our IQ/OQ services in the qualification process in order to meet the certification requirements of your industry.

The complete solution for marking applications

The TruMicro Mark series offers an impressive range of marking and microprocessing applications. It is available as an OEM version and as a fully integrated and turnkey complete system in a TruMark station.

Flexible pulse duration (TruMicro Mark 2030)

The TruMicro Mark 2030 allows flexible setting of the pulse duration to cover a wider range of applications. This includes black marking, high-quality engravings and extremely precise drilling and cutting.

Efficient microprocessing (TruMicro Mark 2030)

High average power, small focal diameter, telecentric lenses - with the special features of the TruMicro Mark 2030 you are well-equipped for precise and efficient microprocessing.

3D-capable, ultrashort pulse laser (TruMicro Mark 1020)

Achieve excellent processing results in the entire 2D & 3D marking volume with the TruMicro Mark 1020. Due to the highly dynamic optical Z-axis of the laser in combination with a scanner optics unit, the focus is adjusted in three dimensions.

Unlimited Black Marking (TruMicro Mark 1020)

The TruMicro Mark 1020 even enables unlimited black marking. This allows you to place jet black and corrosion-resistant markings on complex three-dimensional shapes and in free form.

Laser-marked UDI code on a medical hammer, TRUMPF blackmarking with TruMark marking laser

UDI-compliant marking

With its ultrashort laser pulses, the TruMicro Mark series is the ideal partner for applying high-quality UDI codes. Legislators around the world subject medical technology to high quality standards in terms of permanent readability and corrosion resistance. Therefore black marking has become the process of choice.

Cold processing with the TruMicro Mark Series 2000

Zero or targeted heat input

With laser pulses of a few picoseconds and femtoseconds, materials can be efficiently processed, virtually without thermal or mechanical influences - the material vaporizes abruptly and thermal stress cracks are avoided. This is referred to as "cold processing".

Corrosion test of a black marking application using TRUMPF products

Autoclavable & No passivation necessary

Due to the low heat exposure, enough free chromium remains in the surface to promote the self-healing process of the passive layer, which is why the passivation process step can be omitted. The marking is so durable that no signs of wear are visible, even if sterilized hundreds of times and clinically processed.

Black marking process outline - how black marking works

Viewing angle consistency

Extremely short laser pulses ensure a matt surface structure, which reduces light reflection and creates a deep black marking that is easily recognizable from every angle. This makes it legible even under difficult lighting conditions in an operating room.

TruMicro Mark 1020: a precise variety of materials in one step

The TruMicro Mark 1020 ultrashort pulse laser precisely marks a wide variety of materials such as steel, aluminum, titanium, POM, glass and ABS in a single marking step. From deep black markings on metal to precise markings on polymers - watch the video to see how it works.

Limited edition engraving of a Junghans watch

The limited edition Meister S Chronoscope Platin Edition 160 from the watch and clock maker Junghans gets watch enthusiasts' pulses racing around the world. Only twelve watches will be marketed. The edition engraving along with the limited edition number was applied to precious platinum by a TruMicro Mark 2030 in a TruMark Station 7000.

Black marking

The TruMicro Mark 1020 and 2030 can implement a color change in metals, up to and including deep black, which is known as black marking. Ultrashort laser pulses create virtually no heat in the material during processing. The amount of free chromium in the stainless steel thereby remains high enough for a self-healing layer of chromium oxide to form on the surface – the marking on stainless steel thereby becomes corrosion-resistant. Black marking is, therefore, especially well-suited for creating the mandatory markings in medical technology.

Rainbow Marking

The TruMicro Mark 1020 structures complex freeform 3D component shapes, like those of a gecko, with incomparable quality.

Laser marking in medical technology

Traceability is extremely important in the manufacture of products in medical technology, which is why machine-readable markings are very important. With the TruMicro Mark series, the type and form of the marking is not subject to any limits in the following tasks: UDI-compliant product markings in clear text and barcode or data matrix code for product traceability, micro-marking in the range of hundredths of millimeters, or graphics of the highest quality.

Unlimited Black Marking (3D)

The TruMicro Mark 1020, in particular, uses unlimited black marking to mark complex three-dimensional objects such as this stent tube from Alpine Laser in free form, giving it deep black and corrosion-resistant properties.

	TruMicro Mark 2030	TruMicro Mark 1020
Laser parameters
Beam quality (M²)	< 1.3	< 1.3
Wavelength	1030 nm	1030 nm
Average output power	20 W	10 W
Pulse duration	900 fs , 20 ps, 400 fs - 20 ps (variable)	900 fs
Maximum pulse energy	20 µJ , 100 µJ	100 µJ
Maximum repetition rate	1000 kHz , optional 2000 kHz	up to 2500 kHz
Structural design
Dimensions of supply cabinet (W x H x D)	600 mm x 1225 mm x 825 mm	446 mm x 222 mm x 495 mm
Dimensions of work station (W x H x D)	860 mm x 2000 mm x 1312 mm	1150 mm x 1420 mm x 2000 mm
Dimensions of laser head with scanner (W x H x D)	838.5 mm x 375 mm x 180 mm	144 mm x 161 mm x 574 mm

PDF <1MB

Technical data sheet

The technical data of all product versions as a download.

TruTops Mark 3D

3D marking with TRUMPF marking lasers has never been so quick and easy. Our user-friendly TruTops Mark 3D software significantly shortens processing times. You can now mark multiple objects in the volume with a single laser system, even on inclined and curved surfaces. In addition to the marking software, we offer a comprehensive 3D CAD editor to create workpieces and derive 3D marking drawings.

TO PRODUCT

With useful added options, you can work even more efficiently and with more process reliability with your TruMicro Mark.

Pilot laser

The pilot laser is used to simulate the marking content with a visible red light via a laser diode. You get an idea of the marking results in advance so you can position the component in the marking field even more easily.

Image processing

With VisionLine image processing, you get additional quality assurance for your production. Whether workpiece recognition or reading and evaluating Data Matrix Codes – with its modular structure, we always have the right solution for your process.

TruTops Mark - Module Interface

Our software solutions enable you to easily connect the marking system to your external peripherals or database. This allows you to read out and write back production-relevant data. Use this complete integration to increase your efficiency and ensure smooth processes in your production.

Variety of interfaces – for simple integration

Interfaces are key for the integration of a TruMicro Mark laser into your machine or production line. The solid-state lasers from TRUMPF offer interfaces to all common fieldbus systems.

Remote Services

In the event of an error, TRUMPF service experts will remotely access your laser via a secure remote connection. In many cases the fault can be remedied directly in this way, or the configuration of the laser can be modified in a way that permits you to continue manufacturing until the spare part arrives.

QCW (Quasi Continuous Wave)

QCW is used to melt the surface, giving a glossy surface finish.

Burst mode

Burst mode is the first choice when coarse processing, such as deep engraving, is needed. The number of pulses and their intensity can be controlled, allowing better control over the engraving depth.

In our work station product portfolio you will find the ideal work station for your particular workpiece size and application complexity. This includes small, compact marking stations and systems for particularly large components. We also offer automation options.

TruMark Station 7000

High-performance for large tasks

To the product

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.

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White paper

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PDF - 585 KB

Corrosion-resistant black marking

Want to find out more about black marking? The white paper will give you deeper insights into the process and its applications in medical technology. Simply complete the form below.

PDF - 374 KB

Reprocessing of laser-marked medical devices

According to MDR and FDA regulations, markings on medical devices must be clear and legible throughout the entire life cycle. This study presents results on the reprocessing of laser-marked medical steel 1.4301. Find out more in this white paper.

PDF - 252 KB

High-quality engraving of stainless steel (316L) for the clock and watch industry

Laser engraving instead of chemical etching: This white paper explains how ultrashort pulse lasers can be used to meet quality requirements such as absence of burrs, as well as brightness, color and gloss comparable to that achieved with etching.

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Close-up of the surface structure of blackmarking

Black marking your medical devices

Our experts have conducted extensive research and testing to provide you with the most up-to-date and accurate information on UDI-compliant laser marking. Find out more about the critical aspects of the black marking technology and download our scientific white papers today.

Qualification support IQ/OQ

You can count on TRUMPF expertise for qualification of laser systems in regulated sectors. Our trained and qualified personnel will support you in all phases of the qualification process – reliably, saving time and costs.

Medical instrument with UDI code, black marking with TRUMPF lasers

UDI-compliant marking

In accordance with EU and US standards, medical products must be labeled with a uniquely traceable UDI code (UDI = Unique Device Identification). TRUMPF can offer you the perfect complete package comprised of marking laser and software for this.

Service & contact

Contact

Sales Laser Technology

Phone +1 734-454-7200

Services

Downloads

Marking lasers brochure

pdf - 3 MB

TRUMPF TruMicro Mark 1020 Flyer

pdf - 294 KB

Flyer: TruMicro Mark 2030

pdf - 587 KB

TRUMPF TruMicro Mark 1020 Flyer

pdf - 294 KB