Mannheim, Germany – April 28, 2022 — Replique, part of the internal venture builder of BASF, announced the creation of a partner network of authorized materials vendors. The move represents an important step in the company’s objective to make its 3D printing platform accessible to more OEMs and provide best-in-class and tailored materials to industrial customers.

Importantly, the partner network, which initially comprises LEHVOSS Group, Evonik Industries, Forward AM and igus GmbH, will ensure that the required standards pertaining to the development, manufacture and certification of advanced materials, are met in order to qualify industrial production in 3D printing of spare parts. As part of an automated quality documentation process, a certificate of analysis, stating that the supplied materials meet the required specifications, is provided and linked to each part, and then saved on Replique’s digital inventory platform.

Within the collaboration, Replique analyzes customer business cases and requirements. By this, the company identifies, where adjustments or improvements of current materials or the development of new options are necessary to meet the exact needs of end-customers, for example with application specific material tests.

Via its platform, Replique provides the material partners with an anonymized overview of used legacy materials from screening activities in customer onboarding phases. With this knowledge, the partners benefit from an accelerated and more targeted material development process, tailored to the needs of Replique’s customers.

With exclusive beta tests, Replique is able to create a win-win situation. While material manufacturers receive a first business case, Replique’s customers enjoy a head start by receiving early access to the latest developments. If necessary, individualized materials can be developed for specific use cases.

“With our trusted material network, we have created a solution to provide our customers with industrial grade material systems. Overall, the cooperation will transform the usability of 3D printing beyond prototyping towards serial production and industrialization, e. g. by achieving a faster part qualification through close iterations with material development, certifications and replacement of legacy materials. Our aim is to find the best solution for our clients,” says Dr. Max Siebert, CEO and Co-Founder of Replique.

“Through the partnership with Replique we can determine and offer the best material formulations for professional end user applications. The information given by Replique helps us to broaden our reach and to generate superior material solutions.” – says Dr. Stefan Schulze, Director 3D Printing Materials at LEHVOSS Group.

“We believe that the open network approach with Replique and other partners will provide OEMs a great possibility to experience all benefits of additive manufacturing and we look forward to industry-defining projects made from our INFINAM® high-performance materials in the near future.” – Sylvia Monsheimer, Head of Industrial 3D Printing, Evonik.

“The combination of Forward AM’s expertise in 3D printing materials and Replique’s advanced knowhow in 3D printing platforms will enable us to leverage synergies in the Additive Manufacturing industry. With our common BASF background, we strongly believe this partnership is connecting the right dots: application specific materials combined with a network of trusted partners. This way we can better address the needs and requirements of our customers with application-tailored solutions.“ – Anke Johannes, Director of Sales Europe & Market Development, BASF 3D Printing Solutions.

„We are happy to be on board on Replique’s print-farm network with our materials and services. Combining all these materials and service providers, makes it easier for the user to find the right material and/or partner. Especially unique materials as ours, which are specialized for wear and friction applications.” – igus GmbH.

Moving forward, Replique aims to increase its network of trusted material partners, both in polymer and metal.