Materialise

Link3D Inc. specializes in developing 3D printing workflow software tailored for various industries, including aerospace, automotive, medical devices, and consumer products. The company's Additive Manufacturing Execution System (AMES) enhances operational efficiency across manufacturing processes by integrating automation, simulation, and optimization. Its software suite includes features for configurable work order submission, real-time collaboration, auto quoting, build simulation, production scheduling, and data analytics. Founded in 2016 and headquartered in New York City, Link3D also operates in the United Kingdom and Japan. The platform aims to make additive manufacturing more accessible by connecting organizations within their digital manufacturing ecosystems and facilitating the scaling of production capabilities across complex supply chains.

Engimplan is a Brazilian medical device manufacturer based in São Paulo, specializing in the design and development of orthopedic and cranio-maxillofacial (CMF) implants and instruments. The company produces a range of innovative products, including prosthetic implants, skull closure buttons, customized skullcaps, palatal distractors, and anatomical models. As a prominent player in the national market, Engimplan focuses on advancing medical technology to enhance patient care and outcomes.

Essentium, Inc. is a company based in College Station, Texas, that focuses on advancing additive manufacturing through innovative engineering filament materials and industrial 3D printing platforms. Founded in 2018, Essentium has developed an automated high-speed industrial production system that emphasizes performance, accuracy, and reliability, offering a cost-effective solution for manufacturers. The firm collaborates with BASF to create a consistent global supply chain for materials that support its High Speed Extrusion and Flashfuse plasma technologies, which enhance the scalability of additive manufacturing. Essentium's materials are specifically designed to provide exceptional strength, performance, and flexibility, addressing the challenges faced by clients in demanding environments.

ACTech GmbH specializes in designing and producing casting prototypes and small batches, primarily serving the automotive and aerospace industries, as well as machine and plant manufacturers. Founded in 1995 and headquartered in Freiberg, Germany, with additional locations in Ann Arbor, Michigan, and Bengaluru, India, ACTech offers a comprehensive range of services that include sand casting, investment casting, and various part treatments and inspections. By utilizing rapid prototyping technology and efficient data handling, the company enables clients to reduce development time and costs compared to traditional manufacturing methods. As a leading global provider in its field, ACTech delivers complete casting parts from 3D data sets, ensuring that products are ready for installation and testing. Since 2017, ACTech has operated as a subsidiary of Materialise NV.

CENAT bvba, based in Kortrijk, Belgium, specializes in developing embedded computing software and solutions tailored for additive manufacturing control systems. The company focuses on creating automated test system software and custom-made multi-disciplinary solutions that facilitate testing, measurement, inspection, assembly, and control across various segments of the manufacturing industry. CENAT bvba operates as a subsidiary of Materialise NV, leveraging its expertise to enhance the efficiency and effectiveness of manufacturing processes.

OrthoView is used by over 10,000 orthopaedic surgeons worldwide to create and share their pre-operative plans and templates on-screen and online. Teaching hospitals use OrthoView to demonstrate best practice in digital pre-operative planning and templating. OrthoView is now part of Materialise, a leading provider of sophisticated 3D Printing software and services. For more info on Materialise’ patient-specific solutions for orthopeadics,

E-Prototypy focuses on Rapid Prototyping services- the production of physical 3D models using various methods, including those using 3D printing technology. The methods of making 3d prototypes which they apply include: 3D printing (SLS, FDM, POLYJET, DMLS).