Innovation in robotics requires uncompromising accuracy, durability, and seamless motion control. CRP Meccanica delivers custom-engineered robotic components, leveraging high-precision CNC machining, metal additive manufacturing (DMLS), and advanced casting techniques.
CNC machining of ultra-precise mechanical structures for robotics and automation systems, ensuring seamless motion and functionality
Capable of producing components ranging from 20mm x 40mm to 800mm x 800mm in size, tailored to robotic applications
Expertise in casting materials like AlSi7-10, ideal for creating lightweight and durable robotic components
Proficient in assembling and delivering complete, ready-to-use robotic components for industrial and collaborative robots
We ensure the highest quality standards for lightweight, high-strength parts, using titanium, aluminum, and advanced alloys. These components optimize efficiency, load capacity, and precision movement in industrial automation, medical robotics, autonomous vehicles, and AI-driven systems.
With comprehensive post-processing and tight-tolerance machining, we guarantee flawless integration and long-term reliability.
High-strength lightweight aluminum alloy used in robotic arms and automation structures.
Advantages
Lightweight, strong alloy
High corrosion resistance
Lightweight materials providing rigidity and weight reduction for robotic systems.
Advantages
High precision machining
Lightweight, rigid structure
Precision-machined titanium alloy for structural and dynamic robotic components requiring high strength-to-weight ratios.
Advantages
Strong and lightweight
Excellent fatigue resistance
High-strength alloy for demanding environments.
Advantages
Wear-resistant material
Exceptional mechanical properties
