Screw feeding machine: a two-way improvement in precision and efficiency

Recently, screw feeder technology has achieved a series of significant breakthroughs. In the design of the spiral shaft and spiral blades, R&D personnel used advanced computer simulation technology to optimize the shape and pitch of the blades. The new spiral blade can push materials more evenly and stably, effectively reducing the fluctuation of materials during transportation, greatly improving the accuracy of material transportation. For example, in the pharmaceutical industry, new screw feeders can control the measurement error of pharmaceutical ingredients within a very small range, ensuring the consistency and safety of pharmaceutical quality, and bringing higher quality assurance to pharmaceutical production.

At the same time, the improvement of the driving device is also a highlight. The combination of an efficient and energy-saving motor and a precision reducer not only improves the stability of power output, but also achieves a significant reduction in energy consumption. Through the application of intelligent control systems, operators can accurately adjust the speed of the screw shaft according to actual production needs, further optimizing the material conveying speed and feeding amount. This intelligent control method makes the screw feeder perform well in industries that require strict control of material proportions, such as chemical industry and food, and improves production efficiency and product quality.