光製品ナビ：オプトロニクス社 - 企業情報

Printoptix GmbH

住所	〒- Nobelstrasse 15, 70569 Stuttgart, Germany
TEL	+4915785006381
FAX
URL	http://www.printoptix.com
E-mail	sales@printoptix.com
設立年	2021年
従業員数	9名
CEO	Nils Fahrbach
	最終更新日：2025年12月19日

企業PR

Printoptix specializes in the design, development, and fabrication of unique 3D-printed microoptical components and systems. Its technology allows for fabrication on a variety of substrates, including, among others, glass or silicon wafers, optical fiber tips, image sensors, and LEDs. The company offers the complete process chain – from the initial idea for a micro-optical system to the delivery of the finished, optimized product, including series production, all within its facilities. With over 10 years of experience in 3D-printing micro-optical components, Printoptix possesses a profound understanding of both the challenges and the vast possibilities of 3D-printing microoptical systems.

Printoptix GmbH 取り扱い製品

PTX90-f42 Micro Camera Objective

The PTX90-f42 is a micro camera objective with a 90° FOV that is meant to be glued directly onto the cover glass of an imaging sensor. It's encased in a metal casing for mechanical and optical protection and sealed against the environment.

Fiber Tip Optics

Powerful optical components perfectly aligned to the fiber mode field.
Our approach of direct fabrication on the fiber tips leads you to optical solutions that were previously unthinkable.

Specifications:

-Optical quality with feature sizes <1 µm
-Freeform, segmented or diffractive surfaces
-Surface roughness <10 nm RMS. Shape errors <diameter/1000 PTV
-Custom integration of absorbing structures and encapsulation
-Direct integration of optics into common fiber connectors
-Highly transparent material with low fluorescence
-Biocompatible optics
-Direct alignment to fiber mode field with <1 µm precision

Micro-Optical-Components

Our entirely new approach to optical fabrication leads you to optical solutions that were previously unthinkable.
Printoptix produces nearly transparent micro-optical components with the help of Nanoscribe's new Photresin IPX-Clear.

Specifications:
-Size ranges: 100 µm to 5 mm
-Freeform surfaces with undercuts are possible
-Surface roughness: less than 10 nm RMS
-Shape errors: less than diameter/1000 PTV
-Alignment-free integration of absorbing structures
-Highly transparent material with low fluorescence
-Biocompatible optics
-Integration of mounting structures with no alignment errors

Optical Arrays

Custom optical arrays with freeform shapes, high aspect ratios and 100% fill factor.
Our approach to optical array fabrication leads you to solutions that were previously unthinkable. With various options for volume production.

Specifications:

-Array lateral dimensions from 100 x 100 µm² to 6″ wafer size
-Lenses or unit cells sized from 3 µm to 2 mm, fill factors up to 100%
-Surface roughness <10 nm RMS. Shape errors <diameter/1000 PTV
-Element aspect ratios of > 10
-Alignment precision in x, y and z: under 1 µm
-Custom geometry adapions
-Freeform elements, variable pitch, undercuts, randomised structures

Micro Objective Lenses

Custom all-aspheric imaging objectives in the smallest possible form factors.
Our entirely new approach leads you to optical solutions that were previously unthinkable.

Specifications:

Size Ranges: 100 µm to 5 mm, very short variants possible
Freeform surfaces that are inherently alignment free
Field of view range: 10° – 160°
Surface roughness < 10 nm RMS
Shape errors: less than diameter/1000 PTV
Direct integration of black apertures and baffles
Biocompatible polymers that are longterm stable and autoclavable
Highly transparent
Printing on sensors with < 1 µm alignment precision

Competence in Micro-Optic Design

Printoptix designs complex systems that leverage refraction, diffraction, reflection, absorption, polarization, or combinations of these phenomena in hybrid optical systems.

Printoptix specializes in the design and fabrication of advanced optical systems, leveraging a deep understanding of light manipulation techniques. Their expertise extends across a wide range of optical phenomena, including:

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