About STARUI
Where fibers are placed, at what angle, and how many layers — determines what the structure can withstand in every direction
Brand Story
Thermoplastic composites are reshaping the manufacturing boundaries in UAVs, sports equipment, and medical rehabilitation. STARUI is not just participating in this transformation — we are defining how it's done.
Our core proposition: Placement Defines Mechanics (PDM). This is not a process description, but a design philosophy — mechanical properties are no longer inherent attributes of materials, but direct results of design inputs. AFP enables programmable definition of every fiber bundle's angle, path, and layer sequence, with precision within ±0.5°. This is not 'test after making', but 'design is manufacturing, placement defines properties'.
Core Values
Design · Define · Form · Verify
Design
From mechanical requirements to layup solutions, reverse optimization with AI-driven forward design closed loop
Define
Precise control of every fiber bundle's angle, path, and layer sequence — making performance a direct result of design
Form
AFP Preforming + Hot-Press Densification, integrated closed loop from 'encoding' to 'forming'
Verify
Test data-driven design iteration, building a continuously expanding 'placement parameters — mechanical properties' database
Corporate Vision
Evolving from a product delivery company to a technology platform enterprise — exporting design solutions and process capabilities, serving the shared demand for high-performance composite structures across multiple industries.
Corporate Mission
With the Placement Defines Mechanics methodology, we transform composite structures from 'passive load-bearing' to 'active design' — reducing weight without compromising strength, achieving higher structural efficiency with less material.
Core Values
We compete on precision, not scale. On dimensions, not price. A tripartite capability closed loop — design capability, process equipment, validation data — each is indispensable, and each requires years of accumulation, impossible to replicate quickly.
Development History
Company Founded
Nanjing STARUI Composite Technology Co., Ltd. was established in Jiangning District, Nanjing, with a registered capital of 10 million RMB, focusing on R&D and manufacturing of carbon fiber composite structural components
Production Line Development
The automotive parts processing project passed environmental impact assessment, officially entering the production capacity building and production line commissioning phase
Technology Breakthrough
Patent for 'Integrated Molded Carbon Fiber UAV Arms' was granted, achieving key technology breakthrough in lightweight UAV structural components
National Recognition
Recognized as a National-level Technology-based SME, with innovation capabilities acknowledged at the national level
Quality Certification
Passed automotive industry quality management system certification, product quality control system meeting industry standards
Thermoplastic Wing & Fuselage Delivery
First delivery of thermoplastic composite wing and fuselage structural components completed, marking the company's capability in mass production of thermoplastic composites
Patent Portfolio
Multiple core patents granted including 'Carbon Fiber UAV Wing Molding Dies', 'Carbon Fiber UAV Inter-Wing Connection Structures', and 'Quick-Locking Device for Foldable UAV Wings'
Modular Innovation
Patent for 'Modular Carbon Fiber UAV Fuselage Quick-Docking Structure' granted, PDM design capability deepened, products evolving toward platform-based solutions