On January 8th and 9th, Paslin’s stock price surged for two consecutive trading days, hitting the daily limit and shaking off its previous slump, becoming the focus of the industrial automation sector. In fact, Paslin’s strong stock performance is not accidental, but rather the inevitable result of the company’s continuous breakthroughs in multiple dimensions, including digital transformation, cutting-edge technology research and development, and cross-industry application. From the deep collaboration between Paslin and Siemens in the US to the official release of the six-legged bionic intelligent robot developed in cooperation with Shanghai Jiaotong University and its application testing in aircraft manufacturing workshops; from the comprehensive penetration of artificial intelligence technology to the steady expansion of its global business, Paslin is using technology as a weapon to break through the boundaries of traditional manufacturing and open a new chapter of “Intelligent New Journey with Swift Hooves”. Strong alliances have always been a crucial engine for enterprises to accelerate their upgrades, and the strategic cooperation between Paislin and Siemens is becoming a model of collaborative innovation in the field of intelligent manufacturing. At the 2025 Siemens Realize Live conference, Paislin USA, as a leader in industrial automation, was invited to attend and was nominated for the Digital Transformation Technology Excellence Award, demonstrating the industry recognition of the cooperation between the two companies. The core of this cooperation lies in the introduction of Siemens’ cloud-based product lifecycle management platform, Teamcenter X, injecting digital vitality into Paislin’s core business. Based on this platform, Paislin has completely broken down the cross-border collaboration barriers between its teams in China, the US, and Mexico, enabling global teams to access and collaborate synchronously on design drawings, bills of materials, and process specifications in multinational projects. This will greatly shorten project cycles and significantly improve engineering efficiency. More notably, the virtual commissioning technology achieved through the construction of a “digital backbone” reduces costs and increases efficiency in areas such as logic verification before project initiation and on-site commissioning, significantly reducing workshop rework and creating significant cost and efficiency value for customers. If the collaboration with Siemens solidified Paislin’s digital foundation, then the successful launch of the six-legged bionic intelligent robot, developed in collaboration with Shanghai Jiao Tong University, marks a leap forward in the company’s strategic layout in cutting-edge manufacturing. Last year, Paislin officially launched the six-legged bionic intelligent robot jointly developed with Shanghai Jiao Tong University, and it has already entered aircraft manufacturing plants for application scenario testing. This robot innovatively combines a high-precision six-dimensional operating platform with a six-legged robot, breaking through the technical bottlenecks of low precision and frequency response in traditional mobile robots. With its four core advantages—high stability, high load capacity, high operational precision, and high collaboration—it has become a new benchmark for the application of embodied intelligent robots in the aerospace manufacturing field.
It should be noted that in the field of aircraft manufacturing, which has extremely stringent requirements for precision and reliability, this robot can achieve high-precision processing and sealing of carbon fiber composite material components, solving the efficiency bottlenecks and quality control problems of traditional manufacturing models. It is important to understand that intelligent upgrading in the aerospace manufacturing field has always been an industry challenge. Paislin’s breakthrough not only fills a technological gap in related domestic fields but also, through scenario verification on aircraft manufacturing production lines, lays the foundation for the large-scale application of robot technology in high-end equipment manufacturing, opening up a vast market space.
The comprehensive empowerment of artificial intelligence technology is the core driving force for Paislin’s high-quality development and the key to its market recognition.
The company has consistently adhered to the deep integration of AI and its core industrial automation business. In addition to embedding AI analysis tools into its digital platform, it has also collaborated with leading international AI companies such as Mindtrace on the development of technologies such as visual defect detection and 3D adaptive grippers, achieving significant results. In core business scenarios such as automotive welding, the AI visual inspection system can achieve real-time identification and classification of weld defects, significantly reducing the missed detection rate and ensuring product quality stability. Currently, artificial intelligence, as a strategic emerging technology supported by the state, is enjoying both policy and market benefits. Paislin’s continuous investment and technological accumulation in this field have not only strengthened its core competitiveness but also accurately aligned with industry development trends, injecting continuous momentum into the company’s long-term growth. The consecutive daily price limits reflect investors’ high recognition of Paislin’s technological strength, business layout, and development potential. From collaborating with Siemens to advance digital transformation, to deploying six-legged robots in the aerospace manufacturing sector, and further leveraging artificial intelligence, Paislin is actively expanding its “second growth curve” based on its core business, with a clear strategic layout and continuous technological innovation. This expansion is penetrating non-automotive sectors such as intelligent warehousing, prefabricated construction, and aerospace manufacturing, gradually establishing a “car + non-car” dual-drive model. With the deepening of aircraft manufacturing production line scenario testing, the continuous optimization of digital solutions, and the widespread application of AI technology, Paislin is poised to seize more opportunities in the intelligent upgrading of high-end equipment manufacturing, making its future promising.
