German companies provide customized solutions for 3D printing micro-optical devices

2026-05-27
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Industry: 3D   Region: Germany   Transaction price: US$ 1 million   Transaction method: equity investment

Project introduction:

A German company, founded in 2020 and headquartered in Stuttgart, is a professional enterprise in the field of 3D printing micro-optics. The core of the team is from the Institute of Optics and Physics of Stuttgart University. It has 10+years of research and development experience in 3D printing of micro-optics, providing one-stop full-process services from optical design, structural development, process optimization to batch manufacturing, and can directly print high-precision micro-optics on various substrates such as glass/silicon wafers, fiber end faces, image sensors and LEDs.

Services provided by enterprises:

1. Optical design

Focus on 3D printing optical complex multi-faceted free-form surface design, covering optical simulation of light waves, diffraction elements, free-form surface holography, optimization algorithm, tolerance analysis, etc.

2. Structural design

Adapt to the characteristics of 3D printing process, and customize the supporting structure for optical functional components to meet the requirements of manufacturing and assembly.

3. Process optimization

Based on many years of process experience, the manufacturing parameters are adjusted to ensure that the designed optical performance is fully realized in the finished product.

4. Manufacturing and processing

It can print directly on glass slides, sensors, optical fiber end faces, LEDs and other substrates, support substrate customization or only provide printing components, and flexibly adapt to requirements.

5. Performance characterization

After printing, carry out surface measurement and optical performance evaluation to ensure that it meets the design specifications and customer requirements.

Cooperation mode:

Looking for partners who need micro-optical components customization, 3D printing optical devices, optical fiber end-face integration and micro-optical system development.