Additive manufacturing can be used to manufacture, coat or repair components with extremely high material requirements. Individualized series production of high-quality implants is a main application area for additive manufacturing in medical technology.

With metal 3D printing systems individualised medical devices with different geometries, dimensions and alloys can be produced quickly and easily. The TruPrint 2000 is an ideal machine for applications in the medical industry. With a build volume of 200 x 200 mm footprint and a height of 200 mm, it offers ideal possibilites and delivers high-quality and highly productive 3D printing results.

Laser markings are used in many different areas and for different materials: engraving metal, applying UDI-compliant laser markings to reusable surgical instruments or marking cathether components.

The TruMark Station 7000 offers plenty of space for your workpieces and devices with its large interior dimensions. The TruMicro Mark 1020 with its ultrashort laser pulses is the ideal partner for applying high-quality UDI codes also on complex three-dimensional shapes and free form. Medical parts can be marked, engraved and processed in full 3D with the new ultrafast laser TruMicro Mark 1020. 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.

The TruMicro Mark 1020 is available as an OEM version and as a fully integrated and turnkey complete system in a TruMark station.

Precision is nowhere more important as in medical technology. The TruLaser Station 7000 is a compact and fully equipped, low-investment 3D laser welding system in the TRUMPF portfolio for processing medical devices. The TruFiber 2000 P enables production of high quality, reproducible weld seams without post-processing. It is the right laser for fine cuttig and fine welding applications.

Laser markings are used in many different areas and for different materials: engraving metal, applying UDI-compliant laser markings to reusable surgical instruments or marking cathether components.

The TruMark Station 7000 offers plenty of space for your workpieces and devices with its large interior dimensions. The marking laser TruMicro Mark 2030 is a great choice for marking medical devices. It caters to a wide variety of applications:

• UDI-compliant marking in plain-text format and as a machine readable bar code or Data Matrix Code to ensure traceability

• Micromarking in the hundredth of a millimeter range

• Microprocessing for structuring, cutting and drilling

Corrosion resistance is an essential attribute for implants and surgical instruments. Black marking offers an excellent way to achieve this.

The TruMicro Mark 2000 is available in a TruMark Station and as an OEM solution that includes the laser, scanner, cooling system and software, as well as the option of image processing.

Our pulsed TRUMPF TruPulse nano fiber lasers with GTWave and PulseTune technology are some of the most versatile industrial lasers in the TRUMPF portfolio. These lasers operate within the nanosecond pulse duration range and are used in a multitude of industrial applications.