Resources
Cases
Automated Component repair with Cetim
Automated Component repair with Cetim
3D Printing of invar mould for composite aerospace parts
3D Printing of invar mould for composite aerospace parts
Cladding of a forming insert for the white goods industry
Cladding of a forming insert for the white goods industry
Vallourec has equipped total with a 3D printed waterbushing for the EIG Well
Vallourec has equipped total with a 3D printed waterbushing for the EIG Well
Kuznia forging die repair
Kuznia forging die repair
Repair of a Cutting insert with MaxQ Repair
Repair of a Cutting insert with MaxQ Repair
RAMLAB unveils world’s first class approved 3D printed ship’s propeller
RAMLAB unveils world’s first class approved 3D printed ship’s propeller
Repair of a Pelton Bucket with MaxQ Repair
Repair of a Pelton Bucket with MaxQ Repair
3D Print of a bathtub mold
3D Print of a bathtub mold
Repair of a forging die with gouged surface
Repair of a forging die with gouged surface
WORLD PREMIERE: FIRST SERIES OF 3D-PRINTED BOLLARDS IN ROTTERDAM HARBOUR
WORLD PREMIERE: FIRST SERIES OF 3D-PRINTED BOLLARDS IN ROTTERDAM HARBOUR
AMABLE: RAMLAB DELIVERS ITS FIRST TI6AL4V PART
AMABLE: RAMLAB DELIVERS ITS FIRST TI6AL4V PART
TU DELFT, ARUP AND RAMLAB DEVELOP GLASS SWING WITH 3D PRINTED NODES
TU DELFT, ARUP AND RAMLAB DEVELOP GLASS SWING WITH 3D PRINTED NODES
RAMLAB & Huisman initiate consortium to produce world’s heaviest 3D printed steel crane hook
RAMLAB & Huisman initiate consortium to produce world’s heaviest 3D printed steel crane hook
Configurations
MaxQ 3D Print – Single robot configuration for DEEP
MaxQ 3D Print – Single robot configuration for DEEP
MaxQ Repair system with Fanuc cobot deployed
MaxQ Repair system with Fanuc cobot deployed
MaxQ 3D Print – Hexbot configuration for DEEP
MaxQ 3D Print – Hexbot configuration for DEEP
MaxQ Repair system with Fronius Weld Sourc deployed
MaxQ Repair system with Fronius Weld Sourc deployed
MaxQ 3D Print – Customer configuration
MaxQ 3D Print – Customer configuration
RAMLAB AND VALK WELDING DELIVER FIRST WAAM CELL TO VALLOUREC SINGAPORE
RAMLAB AND VALK WELDING DELIVER FIRST WAAM CELL TO VALLOUREC SINGAPORE
Guides
AdaOne to MaxQ software workflow
AdaOne to MaxQ software workflow
Plugin for DED: Powermill Additive
Plugin for DED: Powermill Additive
Introductions
The Metal Additive Manufacturing Landscape by AMPower
The Metal Additive Manufacturing Landscape by AMPower
Video: WAAM (Wire Arc Additive Manufacturing) timelapse
Video: WAAM (Wire Arc Additive Manufacturing) timelapse
Video: Democratizing DED
Video: Democratizing DED
Directed Energy Deposition
Directed Energy Deposition
WAAM explained – Wire Arc Additive Manufacturing
WAAM explained – Wire Arc Additive Manufacturing
MaxQ technology
MaxQ Software release 3.0
MaxQ Software release 3.0
Cladding of hardfacing material: Sustainable solutions with low heat input WAAM technology
Cladding of hardfacing material: Sustainable solutions with low heat input WAAM technology
Robot or cobot?
Robot or cobot?
10 reasons why RAMLAB’s MaxQ is ideal for academic WAAM research
10 reasons why RAMLAB’s MaxQ is ideal for academic WAAM research
Anomaly detection in WAAM
Anomaly detection in WAAM
WAAM process optimization: Temperature control
WAAM process optimization: Temperature control
CMT and SAW-P: a comparison
CMT and SAW-P: a comparison
Research papers
Microstructure and Mechanical Properties of High-Strength, Low-Alloy Steel Thin-Wall Fabricated with WAAM
Microstructure and Mechanical Properties of High-Strength, Low-Alloy Steel Thin-Wall Fabricated with WAAM
Prediction and Control of Product Shape Quality for Wire and Arc Additive Manufacturing
Prediction and Control of Product Shape Quality for Wire and Arc Additive Manufacturing
Parametric and Metallurgical Investigation of Modified 3D AM 80 HD Steel for Wire and Arc Additive Manufacturing
Parametric and Metallurgical Investigation of Modified 3D AM 80 HD Steel for Wire and Arc Additive Manufacturing
Wire Arc Additive Manufacturing of Stellite 6 (summary with link)
Wire Arc Additive Manufacturing of Stellite 6 (summary with link)
Microstructure and Mechanical Properties of Medium Carbon Steel Deposits Obtained via Wire and Arc Additive Manufacturing Using Metal-Cored Wire
Microstructure and Mechanical Properties of Medium Carbon Steel Deposits Obtained via Wire and Arc Additive Manufacturing Using Metal-Cored Wire
On-Demand Spare Parts for the Marine Industry with Directed Energy Deposition: Propeller Use Case
On-Demand Spare Parts for the Marine Industry with Directed Energy Deposition: Propeller Use Case
Residual stresses in Stellite 6 layers cladded on AISI 420 steel plates with a Nd:YAG laser
Residual stresses in Stellite 6 layers cladded on AISI 420 steel plates with a Nd:YAG laser
Videos
Videos
MaxQ: 3D Print, Clad & Repair
Videos
MaxQ Repair: How to repair your part
Videos
MaxQ 3D Print | 3D Print of an Invar Mold for the Aerospace Industry
Videos
Repair of a Forging Die with a Gouged Surface
Shorts
World's first 3D Printed ship propeller
Shorts
Metal repair made simple with MaxQ
Shorts
Collision-free pelton bucket repair
Videos
Automated Repair of a Forging Die for Kuznia Jawor
Videos
3D Print of a Bathtub Mold for Villeroy & Boch
Videos
DEEP - Hexbot teaser
Videos
Time-lapse of a repair job of a gouged die
Videos
RAMLAB on National Geographic
Videos
The making of WAAMpeller
Videos
Timelapse of the WAAMpeller
Videos
