What does
3D MicroPrint do?
We offer you an all-round service - from design consulting and the production of prototype and series components to exclusive material developments.
With more than 10 years of experience, we optimize the quality, costs and functionality of your products and thus create a clear competitive advantage for you.
Oculus
dimensions: 8x6x8 mm; 4x3x4 mm; material: 1.4542 (17-4PH); thin-walled structures; medical applications – fiber optic guide / endoscope
Microwave Bandpass Filter
200 μm feature size; Ra < 2 µm inner surface roughness; size: 18 x 18 x 23 mm material: 1.4542 (17-4PH); weight: 8.3 g application approved by University of Birmingham, UK
Gripper
dimensions: 20 x 1.7 mm; 10 x 1.2 mm; material: 1.4542 (17-4 PH); micro-movable elements printed as a single unit; specially designed joint; adapted tooth design
Skull
dimensions: 8.8 x 16.2 x 9.5 mm; material: precious metal; material: 3.7165 (Ti6Al4V) anodized; filigree structures; design freedom; construction without supports
Frauenkirche
dimensions: height: 17; 11.9; 6.3 mm; scale: 1:6100; material: 1.4404 (316L); true-to-scale, high-precision, and detailed resolution
Nozzle
Dimensions: 7x10x8 mm; produces a fine, well-defined spray mist using compressed air and water; integrated features (thread, hose connections); droplet diameter: 80 μm; printed thread: M3
Inductor
dimensions: 27.7 x 18 x 7.7 mm; material: 2.1293 (CuCr1Zr); relative density: > 99.5 %; electrical conductivity (after heat treatment): 93 % IACS; wall thickness: 500 μm; inner channels: Ø 1 mm; weight: 3.2 g
Motor winding
dimensions: 20 x 11 x 9 mm; material: 2.1293 (CuCr1Zr); wall thickness: 300 μm; weight: 3.9 g; relative density: > 99.5 %; electrical conductivity (after heat treatment): ~ 90 % IACS
Bracelet
Diameter: depends on wrist size; height: 9 mm Material: Titanium - Ti6Al4V (may also be 316L); a printed bracelet, complete with a clasp.
Hinge
size: 9.5 x 5.5 x 2 mm; material: 1.4404 (316L); prin-as-one movable part
We have been innovating the market for 12 years
We support you in the development, optimization and production of complex microcomponents.
From prototype to series production - efficient, precise and tailored directly to your application.
engineering services
CONTRACT MANUFACTURING
QUALITY ASSURANCE
RESEARCH & DEVELOPMENT
Certified to ISO 9001 and operating in accordance with ISO 13485
For us, quality is not a promise - it's a system.
3D MicroPrint GmbH is certified according to DIN EN ISO 9001:2015
and also works according to the guidelines of ISO 13485.
Our claim: maximum safety, reliability and continuous improvement -
in consulting, production and service.
What customers say about us
Industries that we
serve
Our technology is used in highly specialized areas ranging from medical technology and the semiconductor industry to micromechanics. Wherever the smallest components with the highest requirements are needed, we deliver reliable solutions.
Aerospace
Medicine
Electrical engineering
Heating technology
Jewelry
Fluid technology
Measurement technology
Stay informed about
innovations
Would you like to find out more about 3D MicroPrint GmbH? In our news section you will find all important information about events, technical articles and press releases
Micro-Laser Powder Bed Process as a Competitive Advantage
Whoever gets to market faster secures a decisive advantage:
With µLPBF, you can manufacture complex components with greater precision, efficiency, and innovation than ever before.
1. High precision
Finest structures on the smallest surface - with consistent accuracy down to the micrometer range
2. Maximum design freedom
With minimal restrictions - with the correct application of the design rules, complexity becomes feasible precision
3. Print-as-One
Complex assemblies without assembly with function integration
4. Variety of materials
Processing a wide variety of metal materials for a wide range of applications
5. Rapid market launch
Shortening development and production times
6. Without tools, without detours
Directly from design to component
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.
DMP70 - High-Precision Micro Metal Printer
Our proven standard model for precise micro production - versatile and reliable in continuous industrial use.
DMP120 - Next-Generation Micro Metal Printer
Our innovative successor model with optimized process control and even higher production accuracy.
Our products in use worldwide
We have been developing high-precision solutions in micro 3D printing for over a decade. Our figures show what drives us: Quality, innovation and international partnerships.
