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Aim 3D's new material qualification study on the Exam 510 system reveals promising advancements in 3D printing using Ultem 9085 resin pellets. With potential cost savings up to a factor of seven and increased build speeds, the technology aims to disrupt traditional filament-based 3D printing, particularly in high-performance sectors like aerospace.
The 3D printing industry is continuing to develop very dynamically. This is due to competition between different 3D processes and technical advances in machine and process engineering. In general, this confirms that the industrial maturity of 3D printing in relation to conventional manufacturing strategies (casting or milling) continues to increase.
At Rapid.Tech 2023 in Erfurt, AIM3D, supplier of 3D printers using the CEM (Composite Extrusion Modelling) process, will be putting the Exam 255 3D printer centre stage at the trade fair. The Exam 255 system combines high precision 3D components with high build speeds for additive manufacturing.
Mapping a 3D printing process as a continuous digital process chain from design to manufacturing and post-processing is the logical consequence of a digital-additive manufacturing strategy. On behalf of AIM3D, the development service provider Naddcon has now integrated the ExAM 255 3D printer into the Siemens NX environment.