Laser precision for the metal manufacturing of the future
At CIM UPC, we use L-DED (Laser Directed Energy Deposition) technology to manufacture, repair, and enhance high-value metal parts with extreme precision and excellent metallurgical quality.
Using a focused laser beam, we melt metal powder (or wire) directly onto a surface, creating the part layer by layer according to a digital 3D model.
Equipment
MELTIO M600
Description
The Meltio M600 is a high-performance industrial metal 3D printer, designed for easy integration into advanced production and manufacturing environments. It uses Laser Directed Energy Deposition (L-DED) technology with metal wire, enabling the production of large-format metal parts with high precision, low maintenance, and maximum reliability.
Thanks to its large build volume, fully controlled inert chamber (oxygen and humidity levels), and closed-loop thermal control system, the M600 ensures stable and repeatable production, suitable for 24/7 operation in demanding industrial environments.
Features
- Build volume: 300 × 400 × 600 mm
- Laser source: 9 direct diodes (1000 W total, 450 nm blue light), enhancing absorption in reflective metals such as copper or aluminum.
- Metal wire feed: diameter 0.8 – 1.2 mm
- Motion system: servomotors with absolute encoders on all axes to ensure maximum precision.
- Print chamber: inert atmosphere with oxygen and humidity control, and 3-stage filtration system.
- Power consumption: 4–6 kW (up to 12 kW in peaks).
- Total weight: approximately 800–1000 kg.
MELTIO ROBOT CELL
Description
The Meltio Robot Cell is an industrial metal additive manufacturing solution, designed for direct integration into production, repair, or feature-addition environments for metal parts.
The system includes a robot with a platform, a safe laser cell, a cooled build platform, and all peripherals fully integrated, allowing the user to focus on manufacturing rather than integration.
Features
- Standard cooled build platform: 300 × 400 mm.
- Cell volume: approximately 4,050 × 2,350 × 3,000 mm (length × width × height) on a self-supporting platform.
- Power consumption: three-phase input 400 V 50 Hz, protection up to 50 A; average consumption around 7 kW.
- Laser class 1, with enclosure according to IEC 60825-1 and IEC 60825-4 standards; fire-resistant enclosure materials according to UNE EN 13501-1.
- Cooled build bed to keep the platform and robot below 70 °C during continuous operation.
- Standard load capacity on the platform: up to 500 kg.
- Compatible with multiple metallic materials: stainless steels, nickel alloys, titanium, copper, gold, etc.
- Dual-wire system (Single or Dual Wire) with metal wire feed diameter 0.8–1.2 mm.
- Interface with HD camera, live 3D model, sensors, and “Meltio Space” software included for 1 year.
Why choose L-DED?
High precision and quality finishes.
Ideal for repairing high-value parts.
Versatile and perfect for research in new materials.
Integrable into hybrid processes with CNC.
Suitable for complex geometries and 5-axis environments.
Low porosity and high metallurgical quality.
Possibility of multimaterial parts.
Wide range of possible materials, including high reflectivity, using IR laser or blue laser.
Designed for industry and innovation.
L-DED is a powerful tool for industrial and R&D projects, from component reconstruction to the creation of new alloys or functionalities. At CIM UPC, we help you apply this technology in your environment with maximum efficiency and control.
Want to know if L-DED is a good fit for your project?
Write to us, and we’ll provide advice with no obligation.