adAM 3D printer - Industrial serial production 2.0
Multifunctional machine tools
Advanced Additive Manufacturing - adAM -
ODeCon engineering GmbH stands for groundbreaking developments in the field of additive manufacturing. With our adAM series, we offer state-of-the-art 5-axis CNC machine tools that are specifically optimized for laser-based processes such as high-speed laser cladding (EHLA). The machine concept provides for the integration of upstream and downstream processes, and we therefore speak of universal hybrid machine tools
adAM-BASE®, adAM-PRO®, and adAM-RD® systems are modular and can be individually adapted to your manufacturing requirements. Whether for one-off or series production, research or development – we offer the right solution for your additive manufacturing challenges.
Discover the future of metalworking with ODeCon – your partner for innovative manufacturing technologies:
adAM-BASE®
Multifunctional 3D printer for entry into industrial series production
HIGHLIGHTS
- 5D-eLA®-Technology: Changes in materials and material properties
- isCAM - Offline railway planning software
- Hybrid manufacturing
- Additive 3D construction of contours
- 3D surface processing
- 3D coating
- Max. part size: Ø400 x 200 [mm]
- Up to 3 integrated machining heads
- Up to 6 integrated powder feed pots
- Small footprint of 1,000 x 1,100 mm²
- Glovebox / Inertizable work area (option)
Technical data
BASIC VERSION
- adAM 5-axis kinematics
- Machining heads: 1
- Build volume (X/Y/Z) 300 x 200 x 200 mm³
- Speed (X/Y/Z) 30m/min
- Acceleration (X/Y/Z) 2.3G (23 m/s²)
- Turntable diameter 230mm
- Repeatability <6µm
- Payload up to 25kg
- Clamping table heating (without)
- Clamping table speed 500 rpm
- Laser power 2,000 watts
FULLY EQUIPPED
- adAM 5 4-axis kinematics
- Machining heads: 3
- Build volume (X/Y/Z) 300 x 200 x 200 mm³
- Inerted workspace
- Speed (X/Y/Z) 150m/min
- Acceleration (X/Y/Z) 5G (50 m/s²)
- Turntable diameter 230mm
- Repeatability <2µm
- Payload up to 40 kg
- Clamping table heating 500°C
- Clamping table speed 2,400 rpm
- Laser power 8,000 watts
Applications
- 3D laser cladding (powder/wire)
- 3D/2D-Laser-Schneiden
- 3D/2D joining (soldering, welding, gluing)
- 3D surface processing
- Milling / drilling
Options
- up to 11 extension axes
- up to 3 laser tool slides
- Laser wire LMD head
- Laser cutting head
- Laser polishing head
- Milling / drilling head
- Variable installation height
- Extensive process sensors
- Increased payload up to 100kg
- Glovebox / inerted work area
adAM-RD®
Highly flexible 3D printing system for research and development tasks in the areas of processes and materials
HIGHLIGHTS
- 5D-eLA®-Technology: Changes in materials and material properties
- isCAM - Offline railway planning software
- Hybrid manufacturing
- Additive 3D construction of contours
- 3D surface processing
- 3D coating
- Max. part size Ø1,500mm x 1,500mm
- Interference contourfree Workpiece clamping plate
- Expansion to up to 16 axes
- Any number of material feeds
- 360° mounting options for sensors
- Additional axes for automatic sensor adjustment
- Clamping table heating system up to 1,000°C
- Separate laser class 1 protective housing (option)
- X-ray analysis system (option)
Technical data
BASIC VERSION
- adAM 5-axis kinematics
- Build volume (X/Y/Z) 300 x 300 x 300 mm³
- Speed (X/Y/Z) 30...150m/min
- Acceleration (X/Y/Z) up to 5G (50 m/s²)
- Build volume (X/Y/Z) 300 x 300 x 300 mm³
- Turntable diameter 250...300mm
- Repeatability <2µm
- Payload up to 200kg
- Clamping table heating max 1,000°C
- Clamping table speed 400...2,500 rpm
- Laser power 1,000...20,000 watts
Applications
- 3D laser cladding (powder/wire)
- 3D/2D-Laser-Schneiden
- 3D/2D joining (soldering, welding, gluing)
- 3D surface processing
Options
- up to 11 extension axes
- up to 5 laser tool slides
- Variable installation space size
- Extensive process sensors
- Variable safety fence system
- Increased payload up to 2,500 kg
- X-ray analysis
adAM-PRO®
High-speed 3D printing system for demanding industrial series production with world-unique performance
HIGHLIGHTS
- 5D-eLA®-Technology: Changes in materials and material properties
- isCAM - Offline railway planning software
- Hybrid manufacturing
- Additive 3D construction of contours
- 3D surface processing
- 3D coating
- Max. part size Ø1,000mm x 500mm
- High metal deposition rates >1,000cm³/h
- Up to 4 integrated machining heads
- High-speed axes up to 360 m/min
- 2 to 12 powder feed pots
- Component separation from the workpiece carrier
- Fully integrated system components (laser, extraction, etc.)
- Integrated security systems
Technical data
- adAM 5-axis kinematics
- Build volume (X/Y/Z) 600 x 450 x 450 mm³
- Axis speed up to 360m/min
- Acceleration up to 13G (130 m/s²)
- Repeatability up to 5µm
- Payload up to 80kg
- Rotating round clamping table
- Clamping table diameter 350mm
- Clamping table speed 400...2,500 rpm
- Laser power 1,000...25,000 watts
Applications
- 3D laser cladding (powder/wire)
- 3D/2D-Laser-Schneiden
- 3D/2D joining (soldering, welding, gluing)
- 3D surface processing
- Milling / drilling
Options
- up to 5 extension axes
- up to 4 laser tool slides
- Max. build volume (X/Y/Z) 1,000 x 600 x 500 mm³
- Increased payload up to 500kg
- Glove-Box-System
- Laser power up to 25,000 W
Additive manufacturing technology: Innovation meets precision
Our highlights at a glance
- Multitool processing: Reduce production times by integrating multiple processing heads for additive manufacturing, laser cutting, surface coating and polishing.
- High-performance drive technology: Achieve impressive deposition rates with axis speeds of up to 360 m/min and accelerations of up to 130 m/s².
- Hybrid additive machining: Efficiently expand existing products with additional contours, surfaces and cutouts – all in one step.
- 5D-eLA® technology: Change materials and adjust material properties during ongoing powder-based additive manufacturing.
- Ad hoc material change: Flexibility through the change of alloy components during production.
- Automated component removal: Benefit from integrated systems for automatic separation of the component from the workpiece carrier and optional robot unloading.
