![]() ![]() Results of case studies for metal powder quality control and build failure analysisīut the design was only one half of the challenge in producing the King Supersport-35. Introduction to laser ablation laser ionization TOF mass spectrometryĭemo of the instrument's intuitive user interface analyzing AM materials The importance of chemical characterization and the current state of analytical instruments This webinar will describe this new analytical technique, demonstrate the instrument's intuitive user interface and explore results of several case studies. ![]() The new instrument combines an innovative, dual-laser ionization source (laser ablation laser ionization) with time of flight (TOF) mass spectrometry. Rapid chemical characterization accelerates new material development, quality control processes for virgin and reused feedstock, and failure analysis for final parts. Its user interface is as easy as a smartphone so it does not require chemistry expertise to prepare a sample, analyze its components or create chemical maps. Instead, a new desktop instrument rapidly quantifies the metallic, trace and light elements in a matter of minutes. Rapid Material Characterization Outside the Traditional Lab Environmentįull chemical characterization for most additive manufacturing (AM) metals requires at least three different analytical techniques, specialized skills and significant time and lab space to properly execute. What innovations in ceramic 3D printing can you expect next? Which technical ceramic applications are already used today? What are the superior properties of ceramic parts over metal or polymer? Lithoz will also be presenting their leading innovations in 3D-printable ceramics such as silicon nitride, aluminium nitride, yttria, bioceramics, transparent ceramics and even multi-material parts. But what makes ceramics so special? Why are innovators turning towards ceramic parts over metal or polymer - and how are they implementing them into their applications today? Explore a variety of the most common 3D-printable technical ceramics such as alumina, silicon nitride or zirconia and their specific desirable properties, along with the latest fascinating use cases with incredibly precise parts from various industries such as aerospace, semiconductor, electronic and medical. Ceramic 3D Printing: The Most Durable Material Meets AMĬeramic 3D printing is changing the game for manufacturers across industries. ![]()
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