Our machines

Our high-precision µLPBF machines are at the heart of our manufacturing process—designed for maximum performance at the micrometer level.
We also offer these systems as a high-performance turnkey solution for your production needs.

dmp60 Micro Sintering System

Precision in the smallest space

µLPBF Machines
Precision on a micro scale –
State-of-the-art micro laser powder bed technology

Micro-manufacturing meets the advantages of 3D printing.
For the first time, our solutions combine the precision mechanics of micro-manufacturing with the flexibility of 3D printing. The specially developed machines from 3D MicroPrint set new standards in the additive manufacturing of micro metal parts. Developed for industry and research, our machines cover a wide range of applications.

DMP70

The DMP70 series is the latest generation of machines for the micro-laser powder bed process. Building on the industry-proven quality of the DMP60, we have further improved and refined the system.

It impresses with higher efficiency, optimized process stability and modernized control technology. This makes the DMP70 ideal for demanding applications in research and industry.

Main specifications:

DMP120

The DMP 120 represents the next generation of micro-laser powder bed technology.

With an extended range of applications, increased productivity and the ability to produce larger components with the finest structures, the DMP 120 sets new standards in precision micro-additive manufacturing.

Main specifications:

Our materials

STAINLESS STEEL

Versatile, resilient and corrosion-resistant - stainless steel is ideal for robust applications with high demands on stability and durability.

Automobile

Aerospace

Jewelry

3D-printed grabber made of stainless steel, manufactured using the laser sintering process for medical technology applications

Titanium

Lightweight, extremely strong and biocompatible - titanium is perfect for demanding applications where weight, stability and compatibility are crucial.

Chemistry

Aerospace

Medicine

Jewelry

3D-printed earring made of titanium, manufactured using the laser sintering process

COPPER

Excellent conductivity combined with high dimensional accuracy - copper is predestined for applications where electrical or thermal properties are paramount.

Electrical engineering

Welding and soldering technology

Heating technology

3D-printed component made of copper, manufactured using the laser sintering process

INCONEL 718*

Heat-resistant, strong and corrosion-resistant - Inconel 718* is the first choice for extreme conditions and high mechanical loads.

Chemistry

Nuclear industry

Aerospace

3D-printed component made from Inconel, manufactured using the laser sintering process

Other materials in use

In addition to our main materials, we also process other materials on request. Together we will check the feasibility and advise you on the optimum choice of material for your application.

Platinum

Gold

Cobalt

Chrome

Tungsten

3D-printed skull made of gold, manufactured using the laser sintering process.

Technical key figures

BAURAUM

60 x 60 x 45 mm (LxWxH)

LAYER THICKNESS

< 10 μm

PARTIALLY SEALED

> 99.5%

RAUHEIT

Ra: 1 μm
Rz: 5 μm

MINIMUM WALL THICKNESS

30 μm

RESOLUTION
ACCURACY

5 μm

FOCUS-
DIAMETER

< 30 μm

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