Unlock the full potential of your existing industrial robotic arms with the Meltio Engine Robotic Integration Kit. This innovative solution retrofits your current equipment, enabling seamless hybrid manufacturing by combining metal 3D printing and traditional machining in a single setup. Ideal for Australian industries such as mining, defence, aerospace, and heavy engineering, this kit enhances production capabilities while reducing costs and lead times.
Delivering precision, versatility, and efficiency for the nation’s industrial future.
Rotary Screw Compressor
SS316L
Size: 75 x 75 x 230 mm cladded
Weight: 3 kg
Pipe Manifold
SS316L
Size: 205 x 360 x 473 mm
Weight: 5 kg
Spherical Tank
SS316L
Size: 500 Ø mm
Weight: 30 kg
Blisk
SS316L
Size: 500 x 500 x 60 mm cladded
Weight: 10 kg
Conveyor Belt Support
SS316L
Size: 130 x 903 x 855 mm
Weight: 5 kg
Naval Propeller 3 Blades
SS316L
Size: 900 x 900 x 250 mm
Weight: 11 kg
Hybrid Manufacturing: Integrate metal additive manufacturing directly into your robotic systems, allowing for the creation of complex geometries with machining tolerances in a single process.
Cost-Effective Retrofitting: Upgrade almost any industrial robot without the need for extensive modifications, turning it into a versatile hybrid metal manufacturing system.
Part Repair and Feature Addition: Efficiently repair high-value components, augment existing parts, and add new features, minimizing downtime and material waste.
Geometric Freedom: Produce intricate designs without inherent constraints, limited only by the size of your robot’s motion system.
Advanced Process Control: Utilize Melt Pool Camera and closed-loop wire modulation for precise control over the additive process, ensuring consistent quality.
Mining: On-site repair and manufacturing of wear-resistant components, reducing reliance on external suppliers and minimizing equipment downtime.
Defence: Rapid prototyping and production of high-strength, lightweight parts for military applications, enhancing operational readiness.
Aerospace: Fabrication of complex geometries with high material integrity, essential for aircraft components and maintenance.
Heavy Engineering: Production of large, custom parts for machinery and infrastructure projects across Australia, improving efficiency and reducing costs.
