Chernger Technologies strives to solve highly challenging visual inspection problems in the AOI industry. We offer high quality, high precision, and high-efficiency machines to assist companies and factories in terms of time and labor cost savings. We develop 5 to 10 professional CCD AOI systems every year to fulfill the requirements of defect inspection domestically and globally.

For factory managers, the 2 indicators they’re most concerned about usually are: production efficiency and production quality. Under the global highly competitive environment, factories must find ways to provide as many high-quality goods to customers as possible within a limited time.

Human-Robot Collaboration (HRC) though already known to bring many benefits, one of the remaining concerns is still the risk of collisions between humans and machines. Yet, the labor shortage caused by COVID-19 in various industries brought about the question on how companies, especially those in manufacturing industries can stay afloat. Various industries set about as their priority to look for ways to overcome these challenges. In some industries, machinery replaced the work that was done by humans. However, in many cases, companies found that the best answer was Human-Robot Collaboration. The safety of humans employing robots in their work was behind the developments of the T-Skin and M-Teach in 2015 by the pioneer company in tactile sensing, Touché Solutions. 

Flash Butt Welding is a resistance welding process which involves joining two materials without gas or filler material. Two welding materials are clamped on the machine platen, one on the movable platen and the other on the fixed platen. The flashing stage of the flash butt welding process is to apply voltage while the movable platen advances towards the fixed platen. The melting and expulsion of the material on the faying surface of the two materials is the flash welding process. The flash welding terminates at the start of the butt-welding process.