M450

Multi-Laser Deposition Head

The Meltio M450's multi-laser deposition head is a revolutionary feature that distinguishes it in the world of metal additive manufacturing. This revolutionary device uses six 200W direct diode lasers, totaling an astonishing 1200W of power, all focused on a single deposition point. The unique design provides unprecedented control over energy distribution, allowing for exact manipulation of the melt pool. This level of control leads to optimal material deposition, faster build rates, and higher part quality.

Its direct diode lasers have a wavelength of 976 nm, which is very useful for metal processing. This innovative multi-laser arrangement not only improves efficiency, but also allows for dynamic adjustment of laser patterns and energy input to accommodate diverse materials and geometries. As a result, the M450 can produce fine details, consistent layer formation, and superior metallurgical characteristics in printed products.

Hot Wire Technology

Meltio's Hot Wire technology on the M450 is a cutting-edge feature that improves the performance of their metal 3D printing machines. This configurable power source preheats the wire material before it reaches the melt pool, resulting in faster deposition rates and more energy efficiency. The Hot Wire technology enables for faster printing of big parts by lowering the energy required by lasers to fully melt the material, as well as optimising material flow potentially improving the mechanical qualities of the completed components. Its programmability allows customers to customise preheating parameters based on specific materials and part needs, increasing compatibility with a wide range of alloys.

Dual Wire Capability

The Dual Wire option further expands the M450's versatility by allowing users to combine different metals such as stainless steel, carbon steel, titanium alloys, and Inconel in a single print job. This feature gives new opportunities for developing parts with optimised performance characteristics, as different regions of a component can be printed using materials that are best suited to their unique needs. The M450's rapid material switching boosts production by eliminating downtime while also allowing for more efficient use of expensive materials. Furthermore, it increases design flexibility, allowing engineers to develop complicated parts with varied material properties throughout their structure.

Sealed Atmosphere Control

The Meltio M450's sealed environment control is an important feature when working with reactive materials. By keeping oxygen levels below 10 parts per million (ppm), the system produces an excellent environment for processing oxidation-prone materials like titanium and aluminium alloys. This low-oxygen environment is critical for assuring the quality and integrity of printed parts because it avoids undesirable chemical reactions that could compromise material qualities or cause flaws in the finished output.

Furthermore, the M450's compatibility with multiple shielding gases such as argon, nitrogen, and helium allows users to customise the printing environment for diverse materials and applications. This versatility, combined with the capability of heating the substrate up to 500°C, provides substantial benefits in terms of process control and part quality. The higher substrate temperature enhances material adherence during the first stages of printing, which is critical for overall part stability and lowering the danger of warping or delamination. Furthermore, regulated heating aids in the management of thermal stress within the part during the manufacturing process, potentially lowering internal tensions and enhancing the mechanical qualities of the finished product.

Closed Loop Process Control

The Meltio M450's closed-loop process control is an intelligent feature that maintains consistent part quality by monitoring in real time and making adaptive adjustments. High-speed cameras and pyrometers continuously monitor the melt pool's size and temperature, providing critical information to the system. The M450 automatically adjusts laser power and material feed rates based on this information to ensure optimal printing conditions. This adaptive control method detects and corrects anomalies during the construction process, considerably lowering the possibility of defects. The closed-loop process control improves the overall dependability and quality of the printed items by constantly fine-tuning the printing parameters, transforming the M450 into a highly precise and efficient metal 3D printing system.

Quick and Precise

The Meltio M450 provides exceptional precision and speed in metal 3D printing. With a deposition rate of up to 1 kg/h for steel alloys, it outperforms conventional powder bed fusion systems. The machine's versatility is demonstrated by its adjustable layer height, which ranges from 0.3 mm to 3 mm, allowing for both intricate details and quick creation of bigger structures. This versatility allows customers to tailor their builds for either fine precision or shorter production times. The M450 has exceptional dimensional precision, often achieving ±0.1 mm per 100 mm of part length. The M450's combination of speed and precision makes it an effective tool for a wide range of metal additive manufacturing applications, including prototype and small-scale production.

Open Material System

The Meltio M450 has exceptional material compatibility, making it an excellent choice for a variety of metal additive manufacturing applications. The system can handle a wide variety of metals, including stainless steel, carbon steel, titanium alloys, and Inconel. This diversity enables users to choose the best material for their unique project needs, such as corrosion resistance, high strength, or heat tolerance. The M450's ability to work with titanium alloys is also important, since it offers up new opportunities in the aerospace and medical industries, where lightweight, strong materials are critical. Additionally, Meltio is actively developing capabilities for copper and aluminium, which will broaden the machine's application range.

Powerful Software Ecosystem

The Meltio M450 features a comprehensive software ecosystem. At its core is a proprietary slicing algorithm that optimises toolpaths for Laser Metal Deposition (LMD), taking into account crucial issues such as temperature management and structural integrity. This allows for efficient material deposition and high-quality part manufacture. The system has a comprehensive parameter library with pre-set configurations for common materials that can be easily expanded to include custom materials. This versatility enables customers to swiftly tailor the M450 to their individual requirements. Remote monitoring tools provide real-time process observation and management via secure network connections, allowing customers to oversee prints from anywhere. Furthermore, the M450's powerful data logging capability allows for detailed recording of build parameters, aiding quality assurance and process optimization.