RPMI offers professional, industrial grade Directed Energy Deposition (DED) systems, available in a variety of build envelope sizes. Each model comprises the same level of technology that has been perfected and proven with decades of 24/7 production services.
Beginning with a hermetically sealed Class I laser enclosure, the glove boxes provide superior safety with a inert environment to prevent any oxygen or moisture contamination during the deposition process. Each system boasts a 3-axis gantry combined with a tilt and rotate table for part manipulation and multi-axis deposition. To top it all off, operators can monitor and log the build process with a Process Monitoring and Control Package now integrated within all standard laser systems.
Beginning with a hermetically sealed Class I laser enclosure, the glove boxes provide superior safety with a inert environment to prevent any oxygen or moisture contamination during the deposition process. Each system boasts a 3-axis gantry combined with a tilt and rotate table for part manipulation and multi-axis deposition. To top it all off, operators can monitor and log the build process with a Process Monitoring and Control Package now integrated within all standard laser systems.
RPMI 557XRThe largest controlled DED laser system with a spacious build envelope of 5' x 5' x 7'
(1.5 m x 1.5 m x 2.1 m). |
RPMI 535XRSimilar DED capabilities at a practical 5' x 3' x 5'
(1.5 m x 0.9 m x 1.5 m) build envelope. |
RPMI 222XRAll the performance in a compact design, 2' x 2' x 2' (0.6 m x 0.6 m x 0.6 m)
build envelope. |
The RPMI Advantage
Application SupportNot only do we provide an industrial grade laser systems, but we work closely with you as a machine customer, passing along decades worth of experience and know-how. Each laser system customer can confidently commence their DED journey at an advanced level.
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ComponentsIn addition to the laser systems, there are a number of supporting components and capabilities that are part of the RPMI laser system. Some of of these components can be optionally configured based on the type of part being manufactured or repaired.
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