New technologies provide real-world operability for the development of many new products. For example, the biomedical wafers mentioned above are mostly composed of plastic sheets. There are many micron-scale structures on the plastic sheet, and plastic laser fine soldering technology is required for packaging. Without this technology, the chip can only exist in the minds of researchers and cannot be commercialized.

With this type of wafer, patients can easily detect their body index. For hospitals, similar plastic crystal plates can store many samples of patients at the same time, and the hospital can use it for effective high-speed testing without having to prepare a glass test tube for each patient. It is reported that this biomedical wafer has been put into use in several countries such as the United States.

The same problem also exists in the automotive industry. People have always dreamed of designing different shapes of car lights according to aerodynamics. Traditional plastic welding techniques, including the latest laser welding technology, can only weld two-dimensional parts, and the dream can never be realized; the new three-dimensional plastic laser Welding technology can break through the two-dimensional obstacles, which can make the three-dimensional objects seamlessly spliced ​​together, which not only improves the quality of industrial products, but also greatly reduces the production cost. “This way looks like you are writing or drawing on a three-dimensional object with a ballpoint pen. The energy output of the laser flows like a colored liquid, and the shape of the font or picture can be changed with a simple finger press.” Dr. Chen Jiewei described his research results. With this technology, the 2004 Swiss National Science and Technology Award was once again awarded to the Chinese as a result of this patent. In the next three years, China will become the world's largest market for plastics demand, and plastic laser welding technology will have a bright market prospect. These two major breakthroughs have undoubtedly laid a new foundation for the wide application of plastic laser welding technology in the industry.

Compression/Tension Sensor

Tension & Compression Load Cells

Tension and compression load cells can be used to measure both tensile and compressive loads. Manufactured from stainless steel or aluminium alloy, these tension and compression load cells offer a high level of corrosive resistance for use in harsh environments with environmental sealing up to IP68. Available in capacities from 1kg to over 100 tonnes, all tension and compression load cells are supplied with a full certificate of calibration. Custom designed tension and compression load cells are also available, along with a wide variety of associated instrumentation.

Benefits:

• High accuracy
• Hassle free installation
• Long term, reliable operation
• Customisable

Compression Sensor,Tension Sensor,Compression And Tension Sensor,Compression/Tension Sensor

Zhejiang Nanhua Electronic Technology Co., Ltd , https://www.nhloadcell.com