The continuous development of micro nano technology is driving innovation in fields such as electronics, materials, and nanotechnology. During this process, the demand for high-precision probe tools is also increasing. The SW series soft tungsten probe, with its unique design concept and excellent performance, has become an ideal tool for micro nano scale operations, providing a new solution for major scientific research institutions and high-end manufacturing industries.
The SW series soft tungsten probe is based on a tungsten rod with a diameter of 0.5mm and a length of approximately 35mm. It is welded with a fine tungsten wire with a diameter less than 100 μ m, and its tip is made into nanometer sized dimensions through precision machining. This design enables the probe to ensure extremely high accuracy at the micro nano scale, while also allowing for flexible angle adjustment at the macro scale. Especially in precision micro nano manipulation, the perfect balance between the stiffness and flexibility of the probe endows it with wide adaptability in multiple application scenarios.
In the applications of microfabrication and electrical characterization, the SW series soft tungsten probes have demonstrated astonishing stability and reliability. The high hardness and wear resistance of tungsten material enable the probe to maintain its precise structure even under long-term high-intensity operation, while the design of the soft metal rod endows the probe with extremely high flexibility and adjustability, making it easy to adjust the operating angle and meet the operational requirements in complex environments.
In the field of chip level fault analysis, with the gradual reduction of chip size, the difficulty of fault analysis is also increasing. The SW series soft tungsten probe can accurately locate and easily identify and solve minor faults on the chip surface with its nanoscale tip. Through precise contact and operation, the probe can quickly locate the fault point, greatly improving the efficiency of fault diagnosis and reducing production downtime.
In addition to its outstanding performance in traditional fields, the flexibility and high precision of the SW series soft tungsten probes have made their application prospects in cutting-edge technologies such as nanotechnology and quantum computing increasingly broad. With the continuous development of micro nano technology, the SW series soft tungsten probes will continue to provide strong tool support for technological innovation, promoting the development of the micro nano field towards higher precision and wider applications.
In summary, the SW series soft tungsten probes, with their innovative design and outstanding performance, have driven the development of micro nano technology and provided new solutions for operations in various high-precision fields. In the future, with the promotion of more high-tech applications, the SW series soft tungsten probes will become an indispensable and important tool in the industry.