RAMLAB
About
About RAMLAB
MaxQ combines a welding robot or cobot with three-dimensional scanning, path generation and process monitoring for wire-arc additive manufacturing and repair. The system scans the starting geometry, generates deposition or welding paths and measures each completed layer. Deviations can be corrected in the next path before they accumulate through the full build.
Additional sensors monitor arc behaviour, geometry and interpass temperature and map anomalies back to the robot position. Operators configure the job through a browser-based environment and receive a production record through integrated reporting tools. Compact MaxQ Cobot systems support repair and smaller builds, while larger robot configurations produce parts extending to several metres.
Supply
Supply chain relationships
- Zivid
Inbound - Perception - RAMLAB uses Zivid 2 machine-vision cameras in MaxQ systems for welding robot guidance and quality monitoring
Source
Timeline
Events
- 2017-11-30 - Demonstration - RAMLAB unveils class-approved WAAMpeller after tugboat trials
RAMLAB fabricated the triple-blade nickel-aluminium-bronze propeller with wire arc additive manufacturing and Autodesk PowerMill software. Damen tested the second WAAMpeller on a Stan Tug 1606 in bollard-pull, crash-stop and speed trials under Bureau Veritas oversight. The printed propeller matched the behaviour of a conventional cast propeller during the tests, including the full-ahead to full-reverse crash-stop load case.
Source
Relations
Relationships
- Damen
Waampeller Operational Test Partner - Damen supplied R&D resources and a Stan Tug 1606 for operational testing of RAMLAB's WAAMpeller.
- Promarin
Waampeller Propeller Design Partner - RAMLAB collaborated with Promarin, which supplied the WAAMpeller triple-blade propeller design.
- Bureau Veritas
Waampeller Verification Partner - Bureau Veritas verified the WAAMpeller development, production and operational testing process.
- Autodesk
Waampeller Manufacturing Software Partner - RAMLAB used Autodesk PowerMill software while fabricating the WAAMpeller with wire arc additive manufacturing.