Laser Cladding Process Upgraded Again
Precise has deepened its expertise in laser cladding, offering mature core products for two key application areas: 3D component forming and enhancing wear and corrosion resistance of parts. With specialized technical solutions, we empower customers to achieve efficient and innovative metal processing implementation.
This post highlights Precise's latest technological advancements and application expansions in both powder-fed and wire-fed laser cladding processes.
Technical Upgrades
VarioCladder YC52
Variable-Width Metal Powder Laser Cladding Head
The Precise YC52 cladding head focuses on core processing demands for metal powder laser cladding, engineered specifically for demanding solid-state laser applications. It combines high precision, stability, and flexibility, making it suitable for diverse scenarios including mold repair, turbine blade refurbishment, surface hardening, and the production of complex structural components for aerospace and automotive industries.
Addressing the industry pain point of requiring modifications and part replacements for adjusting traditional cladding bead width, the YC52 achieves a core functional upgrade. It introduces a variable bead width adjustment feature that requires no modifications or part replacements. This maintains high cladding stability without additional operations, significantly enhancing processing adaptability and production efficiency. It makes core process machining more efficient and flexible.
The CoaxPrinter coaxial wire-fed laser cladding head boasts extensive applications, enabling high-quality component repair, wear-resistant coating preparation, and the generation of thin-walled 2.5D structures and large-volume overlay structures. Unlike traditional powder cladding, its wire-feeding process delivers significant advantages in clean processing and material utilization.
In its latest application, integrated with robotic automation systems, it overcomes processing limitations by utilizing high-performance nickel-based superalloy wires. Leveraging coaxial deposition technology (DED), it achieves high-precision post-processing-free results, efficiently machines complex non-planar structures, and extends the service life of large components.
