LAMAR and Penn State Develop Large-format DED System with 6-axis Robot and 12 kW Laser
LAMAR and Penn State University are collaborating on a large-format Directed Energy Deposition (DED) platform aimed at enhancing materials research. This system features a 6-axis robot, a 12 kW laser, and in-situ monitoring technologies. It supports high application rates and low-oxygen processing for sensitive alloys. The platform achieves deposition rates over 10 kg per hour and is designed for complex geometries and large structures.
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LAMAR and Penn State University are developing a large-format Directed Energy Deposition (DED) platform to advance material research. The system incorporates a six-axis industrial robot and a two-axis rotary positioner, allowing synchronous movement of the processing head and workpiece.
The installation space measures 2 m × 3 m × 3.5 m. The platform utilizes a 12 kW laser coupled with a water-cooled scanning head, supporting both wire and powder feedstock with deposition rates exceeding 10 kg per hour.
In-situ monitoring with multimodal sensors aims to provide real-time insights for defect detection and process control. CIMP-3D is open to joint project inquiries.
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