Efficient 3D printing application analysis with the K3A method

DSW-Solutions, led by Dominik Schieche, in collaboration with Johannes Lutz, founder of 3D Industrie GmbH, offers a new way for companies to analyze the potential of 3D printing in a targeted manner. The K3A method, developed by 3D Industrie GmbH, makes it possible to find customized solutions for integrating the technology. The aim is to help companies identify and efficiently implement the benefits of additive manufacturing.

Using the K3A method, companies can have a manufacturer-neutral analysis carried out to determine the areas in which 3D printing can be used sensibly and economically. This is often done before a 3D printer is purchased. Based on the results of the analysis, DSW-Solutions offers suitable system solutions, carries out installations and provides targeted training to support the implementation of the technology. This combination of analysis and practical implementation enables a structured introduction of 3D printing in companies.

Johannes Lutz from 3D Industrie says: “We are delighted that Dominik will be able to further develop his training and installation customers in the future with the K3A method and our support. We are familiar with working with 3D printing resellers from our day-to-day consulting work. From past projects, we have realized how important a reliable partner is when a 3D printer installation is due after the potential analysis.”

Dominik Schieche from DSW-Solutions said: “As an independent provider of 3D printers and customized training with years of experience, we know that we can’t do everything on our own. With Johannes Lutz at our side, we are delighted to be able to provide our customers with even more targeted support in finding 3D printing applications.”

Interested companies can enquire about the K3A method directly via the DSW-Solutions website. A personal meeting will then be held to examine how the introduction of 3D printing can be specifically supported. This offer is aimed in particular at companies that want to strategically and sustainably integrate additive manufacturing into their work processes.