Upgraded system premiered at Formnext trade show and available on the market now
The SLM 280 2.0 metal additive manufacturing system from SLM Solutions was debuted at Formnext in Germany in November. The new generation system combines quality and efficiency with comprehensive monitoring functions for process control.
Having already offered the highest laser power in its class at 400W, the 2.0’s increased option of 700W lasers allows users to further optimize their process and build rates. The SLM 280 not only increases build rate through higher laser power, but also offers multiple laser technology. Configurations with two 700W lasers can nearly double build rates over single laser systems.
Capitalizing on the productivity of these high power lasers, however, required updated gas flow to retain top-quality builds. Improved gas flow management ensures that soot generated from these lasers is efficiently removed from the build chamber so as not to disrupt the optics, leading to optimal use of the laser power. The clean, inert gas atmosphere maintains laser accuracy, even through a multi-day build job, assuring constant part properties throughout the full build.
The updated gas flow of the SLM 280 2.0 is complemented by the new filter configuration designed to nearly double the life-cycle of the individual filters and reduce consumable costs. The new standard configuration includes two main filters working in parallel with an additional fine particle filter. As with all SLM Solutions systems, the SLM 280 2.0 features an open system that allows users to operate with their own, as well as standard, parameters and metal powders.
In addition to these major improvements, the SLM 280 2.0 incorporates dozens of other smaller changes made as a result of customer feedback on the SLM 280 1.0. Numerous redesigns for convenience, ergonomics, throughput, worldwide industrial standardization and ease of use are incorporated in the hardware and software. The new developments aim to further reduce build times while guaranteeing high quality standards, even in production processes.