The 3D Vibrating Screen is a high-precision, fully enclosed screening machine designed for efficient material separation. It is widely used in food, pharmaceutical, chemical, metallurgy, ceramics, environmental protection, and other industries. Featuring a compact and durable structure, the machine offers space-saving installation and easy mobility. It supports up to 5 layers of screens for simultaneous single-layer or multi-stage classification. Equipped with an efficient cleaning system, it effectively prevents mesh clogging and improves continuous operation efficiency. The quick-locking design allows screen replacement within 3–5 minutes, significantly reducing maintenance time. With a fully enclosed structure that prevents dust dispersion and material leakage, the machine ensures a clean, safe working environment while delivering precise, stable, and high-efficiency screening performance.
The Tumbler Screen is a high-efficiency, low-noise screening machine specially designed for plastic particle separation and precise classification. By simulating manual tumbling motion, it combines circular and parabolic movements to create a three-dimensional screening process. While maintaining particle integrity and preventing material damage, its processing capacity can reach 1–5 times that of conventional vibrating screens.
Featuring a fully enclosed structure, the machine effectively prevents dust dispersion and material contamination. With fewer wear parts and low maintenance requirements, it provides reliable and cost-effective operation. Equipped with an anti-clogging cleaning system and quick screen replacement design, it supports 1–5 layers of screens for up to 6-level precise separation. With advantages including high capacity, excellent screening accuracy, low noise operation, and long service life, the Tumbler Screen is widely used for screening, grading, and impurity removal of PVC and various plastic granules.
The Ultrasonic Vibrating Screen is a high-efficiency screening machine designed for difficult-to-screen materials such as highly adhesive, agglomerated, electrostatic, and ultra-fine powders. By adding high-frequency ultrasonic vibration to the conventional screening system, it effectively prevents mesh clogging and improves screening efficiency and accuracy. Supporting 1–5 screen layers for multi-stage separation, the machine features quick screen replacement and a fully enclosed design to minimize dust dispersion. It is widely used for ultra-fine powder screening and impurity removal in food, pharmaceutical, chemical, metallurgy, and advanced material industries.
