The new Acme manufacturing Robotic Auto Path Generation technology automated solution promises to be 3-4 times faster than conventional CNC grinding or manual finishing techniques.
Acme Manufacturing, a Leading global robotic material removal solutions provider, has unveiled its latest technological advancement designed exclusively for the aerospace Maintenance, Repair, and Overhaul (MRO) sector. The innovative Robotic Auto Path Generation technology is set to revolutionize aerospace airfoil polishing and jet engine blade repair manufacturing processes, offering a significant improvement over traditional methods.
The new automated solution promises to be 3-4 times faster than conventional CNC grinding or manual finishing techniques. In a field where precision is paramount due to unique part-to-part variations, Acme’s technology simplifies the robotic programming process, particularly suitable for high-mix and low-volume manufacturing scenarios. By utilizing calculated algorithms, this advanced technology rapidly generates part paths, resulting in time savings and optimized finishing operations.
Dany DeChamplain, Managing Director of Acme Singapore said, “At Acme Manufacturing, we have harnessed the power of automated measurement and 3D surface scanning to cater specifically to the aerospace MRO industry’s unique challenges. Our Robotic Auto Path Generation technology empowers aerospace MROs with an unparalleled tool that enhances precision, reduces downtime, and increases overall operational efficiency.A recently installed system proved success. After I provided training to the customer, they were able to introduce 40 unique part models to the production system easily.”
Acme’s Robotic Auto Path Generation technology has already demonstrated its success with a recently installed system. Following training, a customer seamlessly integrated the technology and was able to introduce 40 unique part models into the production system with remarkable ease.
Key Highlights of Acme’s Robotic Auto Path Generation Technology Include:
Swift Robot Path Generation: Acme’s cutting-edge 3D surface scanning technology utilizes a golden part as a reference, enabling the automatic generation of a part-specific robot path. This approach minimizes manual intervention and programming time, while saved programs facilitate quick changeovers when introducing new parts.
Precision Enhancement: The software-based technology ensures precise part paths, resulting in a consistent surface finish for material removal. When combined with advanced automated inspection, the technology eliminates part-to-part variations and helps aerospace MRO facilities adhere to strict tolerances.
Seamless Integration: Acme’s intuitive Human-Machine Interface (HMI) offers a user-friendly platform for system integration. Operators benefit from a straightforward and intuitive process.
Consistency and Quality: Addressing the challenges of limited access to original CAD data and variations due to wear, Acme’s system employs a “golden part” reference to measure each component accurately. Robot paths are then generated to match precise specifications.
Increased Productivity: Acme’s Robotic Auto Path Generation technology enhances productivity for aerospace MRO manufacturers. Robotic material removal solutions contribute to improved safety and reduced unit costs, positively impacting operational efficiency.
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With Acme Manufacturing’s pioneering Robotic Auto Path Generation technology, the aerospace MRO industry gains a powerful tool to streamline operations, elevate precision, and embrace efficiency. As Acme continues to drive innovation, it reinforces its commitment to advancing the aerospace sector while making significant contributions to operational excellence and sustainability.
