In the preparation of electrode materials for new energy batteries, the uniformity of 0.1mm strip-shaped particles directly affects the charging and discharging efficiency of the battery; In the production of 3D printed ceramic wire, fluctuations in the diameter of the extruded strip exceeding 5% can lead to printing failure. As the core equipment for continuous granulation, the rotational speed range of the rotary extrusion machine is not only a ruler of equipment performance, but also an "invisible conductor" that determines the microstructure and macroscopic properties of the material. From laboratory research and development to industrial production, precise control of rotational speed is becoming the key to solving the problem of high-precision material manufacturing.

In the production sites of industries such as pharmaceuticals, food, and chemicals, a device called IBC turnover mobile silo is reconstructing the material turnover logic with the posture of an "all-around player". This medium-sized bulk container, which integrates closed storage, flexible transportation, and intelligent control, has become the "turnover center" of modern industry with six core advantages

In the automation production of industries such as pharmaceuticals, food, and chemicals, continuous vacuum feeders have become the core equipment in the material conveying process due to their high efficiency, cleanliness, and flexibility. It achieves closed transportation of powders and particles through vacuum negative pressure, which not only solves the problems of pollution and low efficiency in traditional transportation methods, but also promotes the intelligent upgrading of production processes. This article analyzes how it reshapes industrial production efficiency from three aspects: technical principles, core advantages, and application scenarios.

The swing granulator uses mechanical extrusion to produce uniform particles from powdered raw materials. Its core structure includes a wheel, a drum, and a mold (screen) with an aperture. During operation, the motor drives the wheel to perform regular swinging motion, driving the drum to repeatedly compact the powder inside the mold. The powder is forcibly squeezed into the holes of the mold under the pressure between the drum and the mold, forming a strip-shaped object, which is then cut by a cutting blade or rotating blade outside the mold to form particles of the desired length. The entire process is continuous production, and the particle size can be controlled by adjusting the mold aperture and cutting speed.

​The extrusion spheroidization machine is the core equipment for preparing microspheres in modern pharmaceutical industry. Through the two-step process of "extrusion spheroidization", it can efficiently produce spherical particles with uniform particle size and high roundness. Taking the preparation of traditional Chinese medicine microspheres as an example, this article provides a detailed analysis of the equipment operation process and key parameter control.

In the pharmaceutical, chemical, food and other industrial fields, making uniform pills from powder materials is a key process, and centrifugal pill making machines have become the core equipment of this process due to their efficient and precise pill making capabilities.

Rotary extruders are widely used in plastic processing and other fields, and their stable rotational speed is crucial for producing high-quality plastic products. However, in actual use, there may be situations where the rotational speed is unstable, which not only affects production efficiency but may also cause damage to product quality. Next, let's analyze the possible reasons for the unstable speed of the rotary extruder.

As an important production equipment, the rotary extrusion machine has a wide range of applications in industries such as chemical, plastic, and rubber. Its core components‐ — The rotational speed of the screw has a crucial impact on production efficiency and product quality. T