The patented multi-laser scan strategy of the SLM®280 PS ensures consistent results with the same density and mechanical properties as single-laser builds, minimizing variability and ensuring reliable outcomes.
With a build plate 25% larger than standard mid-sized machines, the SLM®280 PS maximizes productivity by accommodating more parts per build, making it ideal for high-volume manufacturing applications.
Featuring a patented laminar gas flow, the SLM®280 PS creates a clean process environment throughout the build, enhancing quality and minimizing contamination risks.
The production-geared permanent filter module of the SLM®280 PS improves uptime by trapping soot and condensate particles from the process gas stream, reducing maintenance downtime and ensuring continuous operation.
By purging waste material from the filter with gas and dropping it in a bin for dry disposal, the permanent filter module of the SLM®280 PS reduces costs associated with filter replacement and maintenance.
Closed-loop powder handling in the SLM®280 PS increases safety by containing and managing powder throughout the printing process, minimizing contamination risks and ensuring operator safety.
The closed-loop powder handling system of the SLM®280 PS maintains material quality by preventing contamination and ensuring consistent powder properties throughout the printing process.
Advanced software compatibility and intuitive interface design on the SLM®280 PS streamline operation and enhance user experience, ensuring a seamless workflow from design to production.
Utilizing high-precision laser technology and advanced thermal management systems, the SLM®280 PS ensures exceptional part accuracy and surface finish, meeting the most stringent quality standards.
The SLM®280 PS is designed for scalability, allowing seamless integration into existing production lines and facilitating the expansion of additive manufacturing capabilities to meet growing demand.
The patented multi-laser scan strategy of the SLM®280 PS ensures consistent results with the same density and mechanical properties as single-laser builds, minimizing variability and ensuring reliable outcomes.
With a build plate 25% larger than standard mid-sized machines, the SLM®280 PS maximizes productivity by accommodating more parts per build, making it ideal for high-volume manufacturing applications.
Featuring a patented laminar gas flow, the SLM®280 PS creates a clean process environment throughout the build, enhancing quality and minimizing contamination risks.
The production-geared permanent filter module of the SLM®280 PS improves uptime by trapping soot and condensate particles from the process gas stream, reducing maintenance downtime and ensuring continuous operation.
By purging waste material from the filter with gas and dropping it in a bin for dry disposal, the permanent filter module of the SLM®280 PS reduces costs associated with filter replacement and maintenance.
Closed-loop powder handling in the SLM®280 PS increases safety by containing and managing powder throughout the printing process, minimizing contamination risks and ensuring operator safety.
The closed-loop powder handling system of the SLM®280 PS maintains material quality by preventing contamination and ensuring consistent powder properties throughout the printing process.
Advanced software compatibility and intuitive interface design on the SLM®280 PS streamline operation and enhance user experience, ensuring a seamless workflow from design to production.
Utilizing high-precision laser technology and advanced thermal management systems, the SLM®280 PS ensures exceptional part accuracy and surface finish, meeting the most stringent quality standards.
The SLM®280 PS is designed for scalability, allowing seamless integration into existing production lines and facilitating the expansion of additive manufacturing capabilities to meet growing demand.
Financing solutions for the purchase of new equipment, through BCR Leasing or Grenke.
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