With its high-tech 3D printers for high performance polymers, the KIT spin-off Indmatec GmbH is offering undreamt-off possibilities in prototyping and small series manufacturing.
Prof. Dr. Brando Okolo has been dealing with materials research for several years in the course of his academic career. He lectured at Karlsruhe Institute of Technology (KIT) in the field of micro-reforming of metals and plastics, with a focus on 3D printing technologies and Rapid Prototyping. He then took up a professorship at the German University of Cairo (GUC). “In my research, I also dealt with additive manufacturing – that is, on the basis of digital 3D construction data – using polymers as a material to work with. In this period, I already discovered the potential that 3D printing holds for high performance polymers, and I had my first thoughts about going into business,” Okolo recalls. The decision to end his lecturing activities after five years and realise his dream of an enterprise of his own brought Okolo back to Germany and his Karlsruhe environment.
The Indmatec founders (left to right): Tony Tran-Mai and Prof. Dr. Brando Okolo presenting their Indmatec HPP 155 3D printer. One already wonders what the next generation of printers is going to be like – the PEEK Printer 155 will be on the market in 2017.
(Source: Indmatec GmbH).
Prototypes are a thing of the past. With the software platform “Cross Connected” from Rüdenauer 3D Technology GmbH, mechatronic processes can be simulated and visualized in real-time as high-end 3D graphics. This makes it possible for businesses to virtually develop and optimize machine and system solutions and to experience these solutions interactively. The software can be used in the areas of product development, e-learning, sales, and service. In an interview, we asked Rüdenauer 3D Technology about the idea, startup time, and future prospects.
The Rüdenauer 3D Technology team: Plamen Peykov, Matthias Rüdenauer, Andreas Rüdenauer, Dr. Yana Rüdenauer, Julien Kipp
In the past years, the methods in biotechnology and the acquisition procedures for dynamic 3D microscopy and 3D cell biology have evolved to an impressive extent. The current 3D microscopy types offer an enormous amount of detail. This creates a challenge to evaluate the respective data promptly. The da-cons GmbH offers concepts that allow us to effectively and efficiently evaluate image data. Sebastian Pfeiffer is a founder and managing director of da-cons. In an interview, we asked him about their idea, startup phase, and future prospects.
The founding team (left to right): Thomas Schenker, Christian Schmidt, Sebastian Pfeiffer, David Haumann