Top-link has established a laboratory in accordance with the ISO/IEC 17025 standard, equipped with comprehensive testing equipment and instruments, covering precision testing, environmental testing, mechanical performance testing, electrical performance, structural measurement, force and electronic testing, radio frequency testing, reliability and continuity testing, etc. It provides customers with more than 300 testing and verification items, and inspection methods and standards are always synchronized with international advanced levels. Self-owned reliability laboratories can provide higher and stricter reliability assurance compared to outsourced third-party testing, thus creating reliability and high-quality protection for various fields such as medical devices, automobiles, and consumer electronics. High standard reliability verification has become the standard workflow for quality assurance of Top-link products.
Top-link has achieved a super first-class level in experimental verification, instrument equipment, and inspection technology capabilities in the industry. Our industrial CT scanner, known as the industry’s top high-resolution 3D imaging analysis system, achieves coating detection and analysis at an ultra-high magnification of 300,000 times. The scanning electron microscope has a resolution of 3nm, and the surface magnification of the sample in the Keens ultra- depth microscope can reach 20X~2000X. The internal cavity travel of the X-ray fluoroscopy instrument can reach 200 * 200mm, far exceeding that of peers. The microwave darkroom, network analyzer, and testing & analysis equipment are at the forefront of the industry. 8-temperature zone reflow soldering can set the temperature of each area according to the customer’s temperature requirements for reflow soldering in different areas, to verify the welding performance of the product and the retention force of the Pogo Pin cap before and after reflow soldering. All equipment covers advanced equipment for precision testing, environmental testing, mechanical performance testing, electrical performance, structural measurement, force and electronic testing, radio frequency testing, reliability and continuity testing, and the setting of testing standards far exceeds that of peers.
City University of Hong Kong – Top-link Precision Machining and Instrumentation Laboratory
Top-link focuses on collaboration between industry, academia, and research. Together with City University of Hong Kong, Top-link has established the “City University of Hong Kong Shenzhen Futian Research Institute Top-link Precision Processing and Instrument Joint Laboratory”, focusing on in-depth cooperation in intelligent manufacturing, precision processing, and joint research and development talent cultivation. The two sides fully leverage their resource advantages in disciplines, technical teams, advanced technologies, and other aspects to create a resource sharing platform, Further explore new paths for the integration of industry and education, and form a scientific and sustainable school enterprise cooperation model. As a leader in one-stop cross-field precise module solutions, Top-link continuously accelerates the pace of innovation, transformation, and development. It has jointly established joint laboratories and talent training bases with universities such as Shenzhen University and Nanchang University of Aeronautics and Astronautics to carry out technological breakthroughs and result tra
