Tianji Robots: Unveiling the Mystique of Eastern Technology
Tianji robots, with their exquisite force control technology, carve delicate patterns on eggshells as thin as cicada wings, resembling the work of a seasoned egg-carving master.
“For Apple's supply chain,
there's no place more crucial than China"
On March 20th, Apple CEO Tim Cook visited Apple's headquarters in Shanghai, discussing with representatives from major suppliers like Changying Precision, BYD, and Lansi Technology. At Changying's intelligent manufacturing booth, Tianji robots demonstrated their extreme force control through egg carving, creating waves in this fusion of technology and culture.
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Tianji Robots, as pioneers in domestic robot technology, consistently push the boundaries of innovation and excellence. Thanks to advanced force control technology, Tianji robots are not only the first to be successfully mass-applied in polishing Apple's Mac Pro mirrors but also seamlessly blend traditional craftsmanship with modern technology.
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Surmounting the Challenge: Curved Surface Mirror Polishing
As technology advances, robot technology is increasingly permeating various sectors, benefiting immensely in tasks like mirror polishing of curved metal pieces.
Curved workpieces, with varying curvatures and angles, require more complex polishing to achieve uniformity. This demands strict process parameter control to ensure ideal results across different areas of the curved workpieces.
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Mirror polishing aims to create a highly reflective smooth surface, with any minor imperfection significantly impacting the mirror effect. For stainless steel, for example, a surface roughness of Ra≤0.16μm and a cleanliness above level 12 are required for a "mirror" designation.
Traditional robot polishing often struggles with precise control over force magnitude and direction, leading to surface flaws and uneven polishing effects. The breakthrough in Tianji's force control technology has revolutionized this, with the Tianji Robot EVO employing advanced six-dimensional force sensors and the proprietary Fusion control system for real-time monitoring and adjustment of force application. Especially the Fusion system, which approaches problem-solving from a process angle, adjusting parameters like polishing pressure, speed, acceleration, and current to help clients digitize process data and apply it directly in production, ensuring optimal force application throughout the polishing process and achieving more precise and consistent polishing results.
Encounter Is Not the Endpoint
At the intersection of technology and art, the force control technology displayed by Tianji robots is not only suited for curved surface mirror polishing but also represents a deeper exploration into process-oriented problem-solving. As Tianji technology continues to break new ground, the future of Tianji robots is set to evolve towards greater intelligence and efficiency.