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Laser powder additive manufacturing

DED-CLAD®-p
Laser powder additive manufacturing

The CLAD® (direct additive laser construction) process developed by IREPA LASER is an industrial additive manufacturing process that consists in melting metal powders with a laser to make functional technical parts by building up several successive layers (principle of 3D metal printing). This process is part of the DED (Direct Energy Deposition) family.

Description
Examples
Our expertise
Training

Description

Description Examples Our expertise Training

DED-CLAD®-p additive manufacturing

The CLAD® (direct additive laser construction) process developed by IREPA LASER consists in melting with a laser metal powders injected in a nozzle in order to constitute a deposit in fully controlled dimensions.

By applying several successive layers of material, functional technical parts are made through additive manufacturing (principle of 3D metal printing).

This process is part of the DED (Direct Energy Deposition) additive manufacturing family of processes.

Optimization of the unit cost price
Reduction of manufacturing lead times
Material yield > 90 %
Tailored manufacturing

DED-CLAD®-p
Laser powder additive manufacturing in detail

Uses

Additive manufacturing allows the construction of three-dimensional parts through the addition of successive layers of material.

This DED manufacturing process is chiefly used in different areas of industry such as:

Aviation (engine parts repair, MRO)
Space
Defence
Medical engineering (implantable devices)
Energy (components of turbines, exchangers etc.)

Benefits

Reduction of the unit cost price
Reduction of manufacturing lead times
Material yield > 90 %
Reduction of fixed costs (no moulds or tooling)
Reduction of cost and material supply times

Advantages

Very high metallurgical quality
Manufacturing of single pieces and small runs
Parts with large dimensions (up to 1500 x 800 x 800 mm)
High construction speeds (up to 250 cm3/h)
Making of parts with graded materials (FGM)
Optimisation of parts thanks to a combination of different processes (SLM + CLAD®)
Accurate control over the deposited materials
Use of just enough material
Improved surface properties
Control of wear, oxidation …

Examples of applications

Additive manufacturing is used in different industries: aviation (engine parts repair, MRO), space, medical engineering (implantable devices), energy (components of turbines, exchangers etc.).

Aeronautics

Airduct

Technical and economic demonstrator of CLAD® technology.
Material: Ti-6Al-4V
Construction time: 1 hour 46 minutes

Advantages:

Manufacturing speed
Complex shape
No tools or moulds
Reduced fixed costs
Reduced waste

Courtesy of Dassault Aviation

Aeronautics

Hot/cold air mixing

Technical and economic demonstrator of CLAD® technology.
Material: Nimonic C263
Construction time: 3 hours 46 minutes
FUI FALAFEL

Courtesy of Dassault Aviation

Aeronautics

Fitting demonstrator

Material: Ti-6Al-4V
Construction time: 49 minutes

CLAD® expertise of IREPA LASER

IREPA LASER has a dedicated and complete machine base for handling all the industrial particularities of the additive manufacturing projects of companies.

CLAD® machines with five continuous axes and controlled atmosphere: < 10 ppm of O2
PowerCLAD® CAM software for 3D additive manufacturing
Fibre lasers from 200 W to 6 kW
Characterisation resources: X-ray diffraction, SEM etc.
Failure analyses: mechanical testing, NDT, chemical testing
Metallurgy testing laboratory

Formations

The CLAD® (direct additive laser construction) process offers the possibility to work on parts with large or small volumes, while guaranteeing high precision and excellent metallurgical qualities.

Our training modules are based on alternating theory lessons and practical demonstrations on machines.
Using our machine base, we guarantee the use of practical case studies for a better understanding of the processes.

Référence	Intitulé de la formation	Durée
AL.6-1	Fabrication additive, Construction Laser Additive Directe®	2.5 jours	View more
AL.6-2	Procédés de fabrication additive pour matériaux métalliques	3 jours	View more
CQ.2	Métallurgie laser appliquée	3 jours	View more
AL.1	Le laser industriel pour les débutants	3 jours	View more
AL.1-I	Préparer son investissement	2 jours	View more