Optomec has partnered with Siemens to unveil a next-generation resolution for laser cladding in high-value steel restore. The combination of the Optomec CS 558 system with Siemens’ SINUMERIK ONE management platform streamlines upkeep, restore, and overhaul (MRO) processes, providing a simplified and automatic strategy to additive manufacturing in manufacturing environments.
A Shift Towards Automated Metallic Restore
In contrast to conventional laser cladding methods, that are labor-intensive and require excessive ranges of operator ability, the Optomec-Siemens resolution leverages superior {hardware} and software program to enhance productiveness and cut back prices. The CS 558 system, outfitted with Optomec’s proprietary Autoclad® imaginative and prescient software program, generates customized toolpaths for every half, enabling exact repairs of complicated elements constituted of blended supplies.
The SINUMERIK ONE management platform provides to this innovation with high-speed CNC capabilities, guaranteeing path precision for machining freeform surfaces and secure efficiency underneath high-load situations. This mix permits producers to restore reactive metals akin to titanium in managed environments, restoring worn or broken components to their authentic efficiency requirements.
Unlocking New Potential in Laser Cladding
The answer expands the capabilities of directed vitality deposition (DED), enabling laser cladding to reinforce the efficiency, longevity, and reliability of steel elements throughout numerous industries. The worldwide laser cladding market, valued at $561.3 million in 2023, is projected to develop at a CAGR of 9.3% by way of 2030, in keeping with Grand View Analysis.
By leveraging this superior resolution, producers in aerospace, automotive, oil and gasoline, marine, medical, and electronics industries can automate complicated restore workflows, enhance effectivity, and obtain quicker return on funding.
Business Collaboration Driving Innovation
“Optomec and Siemens are introducing a transformative resolution for the MRO of high-value metals in manufacturing environments that could be a paradigm shift for the business,” stated Robert Yusin, CEO of Optomec. “This next-generation resolution maximizes effectivity, minimizes complexity, and considerably reduces time to ROI for our clients.”
Steve Vosmik, Head of Additive Manufacturing, US at Siemens, highlighted the importance of this collaboration: “By integrating SINUMERIK ONE with Optomec’s superior CS 558 platform, we’re delivering an answer that simplifies complicated restore processes with unprecedented precision and effectivity. This not solely addresses present business calls for however units a brand new benchmark for the way forward for high-value steel restore in sectors like aerospace and vitality.”
A New Normal for Additive Manufacturing
With its digital-native management system and seamless integration of {hardware} and software program, this joint resolution is poised to redefine requirements in additive manufacturing for high-value steel restore. Combining Optomec’s directed vitality deposition experience with Siemens’ cutting-edge automation know-how, this innovation positions each corporations on the forefront of the evolving MRO panorama.